Binder
Binder Climate Chambers & CO₂ Incubators
Binder develops high-quality laboratory and environmental simulation cabinets for precise processes in research and industry. From incubators and CO₂ incubators to drying and climate cabinets, Binder equipment stands for reliability, consistent conditions and the highest quality ‘Made in Germany’.
Binder FD-S 56 Drying and Heating Oven, Solid.Line with forced convection, 55 l, up to 250 °C, 9090-0018
If you need to dry laboratory glassware reliably after cleaning or store samples at a constant temperature, you don’t need a high-tech cabinet – you need a robust workhorse. The Binder FD-S 56 from the Solid.Line range is built precisely for this purpose: a drying and heating cabinet with forced air circulation and a 55-litre usable volume, deliberately stripped back to the essentials. Rather than offering numerous additional functions, the Solid.Line provides BINDER’s tried-and-tested quality and reliability at a more affordable entry-level price than the Avantgarde.Line (FD series): a conscious choice for anyone looking for a solid convection drying oven without any frills. Solid.Line instead of Avantgarde.Line: reduced but well-thought-out features The FD-S 56 covers a temperature range from 10 °C above ambient temperature up to 250 °C. Whilst this is lower than the maximum offered by the Avantgarde.Line models (up to 300 °C), it is entirely sufficient for most routine applications in drying and heat treatment. Control is via a controller with a timer function; the APT.line preheating chamber technology ensures even temperature distribution inside the chamber despite its simpler design. The exhaust air flap can be adjusted so that the air exchange can be tailored to the specific drying process. Heating times and energy consumption in everyday use At 150 °C, the FD-S 56 achieves a spatial temperature deviation of 2.6 ± K and a temporal deviation of 0.4 ± K. The heating time to 150 °C is approximately 15 minutes; once the door is opened, the set temperature is reached again after about 5 minutes. The air change rate at 100 °C is 4 air changes per hour. Energy consumption at 150 °C is 290 Wh/h: a figure that has a direct impact on running costs when used frequently in day-to-day laboratory work. Typical applications A compact, forced-air drying and heating cabinet such as the FD-S 56 is suitable for day-to-day tasks in laboratories and quality assurance, where reliability in continuous use is more important than the highest temperature accuracy. Drying of cleaned laboratory glassware and sample vessels Warm storage and conditioning of material samples Simple heat treatment processes in quality assurance and training Routine drying in industrial and testing laboratories with limited space With external dimensions of 614 x 577 x 625 mm and a weight of 35 kg, the FD-S 56 fits comfortably on smaller laboratory benches or in ancillary rooms, without compromising on its 55-litre capacity for day-to-day drying tasks. Technical details Temperature range10 °C above ambient temperature up to 250 °C Useful volume55 l Spatial temperature deviation (at 150 °C)2.6 ± K Temporal temperature deviation (at 150 °C)0.4 ± K Heating time to 150 °C15 min Recovery time after door opening (at 150 °C)5 min Air change rate (at 100 °C)4 times per hour Energy consumption at 150 °C290 Wh/h Rated voltage230 V (also available in a 120 V version) Rated power1.1 kW External dimensions (W x D x H)614 x 577 x 625 mm Unit weight (net, empty)35 kg Certification for temperature selector limiterClass 2 in accordance with DIN 12880, with visual alarm Contents of delivery 1x Binder FD-S 56 drying and heating cabinet, 230 V (9090-0018) 1x chrome-plated insert rack including base support Operating instructions Customised requirements & procurement service Additional insert racks, as well as calibration certificates and maintenance contracts of varying scopes, are available for the FD-S 56. Do you require any of these accessories or assistance in selecting the right drying and heating cabinet for your application? Through our procurement service, we will be happy to assist you with procurement and configuration. Selection guide within the range The Solid.Line FD-S series is currently available from BINDER in two sizes. Both share the same temperature range, control concept and features, but differ significantly in terms of usable volume and footprint. ModelUseful volumeExternal dimensions (W x D x H)Well suited for FD-S 56 (9090-0018)55 l614 x 577 x 625 mmsmaller batches, limited floor space FD-S 115 (9090-0024)106 l764 x 616 x 735 mmLarger batches, higher throughput Anyone who regularly dries larger quantities of laboratory glassware or sample material is better served by the FD-S 115. For day-to-day routine operation with smaller quantities, the FD-S 56 described here is generally sufficient. Differences compared to the Avantgarde.Line, Classic.Line and natural convection The Solid.Line is one of three equipment ranges in which BINDER offers drying and heating cabinets. It reliably covers the basic functions, but omits some of the features found in Avantgarde.Line models of the same volume, such as the FD 56: The temperature range tops out at 250 °C instead of 300 °C, and control is via a simpler controller with a timer function rather than an LCD display. In return, the Solid.Line has a lower entry-level price than the Avantgarde.Line, as described in the introductory section. Those who require gentler heat distribution without air movement inside the chamber, rather than forced circulation, will find the ED-S 56 to be the ideal counterpart within the Solid.Line range: the same housing design, but with heat distribution via natural convection rather than via the fan found in the FD-S 56. BINDER also uses the designation Classic.Line for certain smaller models. The current master data does not provide a consistent record of which LT items belong to this third line; therefore, no specific classification is stated here. An overview of the entire Binder range available from us can be found in the ‘Climate Chambers & Incubators’ category. Application, Operation and Maintenance In day-to-day use, the Solid.Line range really comes into its own in terms of cycle times: the heating-up time to 150 °C for the FD-S 56 is around 15 minutes; once the door is opened, the set temperature is reached again after approximately 5 minutes. The spatial temperature deviation of 2.6 ± K and the temporal deviation of 0.4 ± K at 150 °C are sufficient for most routine applications in drying and heat treatment, even though both values exceed the accuracy of comparable Avantgarde.Line models. If the door is opened frequently – for example, when loading sample vessels in stages – the recovery time of around 5 minutes has a direct impact on overall throughput during daily operation. Practical note: Standard, non-abrasive laboratory cleaners are suitable for cleaning the interior; we advise against the use of abrasive or chlorine-based agents. The built-in Class 2 temperature limiter in accordance with DIN 12880, featuring a visual alarm, provides additional protection against accidental overheating during unattended drying cycles. Calibration is recommended for regular checks of temperature accuracy; we can arrange suitable calibration certificates via our procurement service. Investment rationale: When Solid.Line is sufficient, and when Avantgarde.Line is worthwhile For routine tasks up to 250 °C, where a simple timer controller is sufficient, the Solid.Line meets requirements reliably and at a lower cost than the Avantgarde.Line. If, on the other hand, a higher temperature range up to 300 °C is required, an LCD display with more precise process control is desired, or the process needs to be documented, a model such as the FD 56 from the Avantgarde.Line is the more suitable choice, even if this entails a higher purchase price. For higher throughput within the Solid.Line range itself, the larger FD-S 115 model is available, rather than switching straight to the Avantgarde.Line. The FD-S 56 comes as standard with a chrome-plated loading rack, including a base support. For higher loading densities, additional loading racks are available as accessories, as are calibration certificates and maintenance contracts of varying scope; both can be obtained via our procurement service. Frequently asked questions about the Binder FD-S 56 What is the usable volume of the FD-S 56?55 litres, with external dimensions of 614 x 577 x 625 mm. What distinguishes the FD-S 56 from the FD-S 115?With a capacity of 106 litres, the FD-S 115 offers roughly twice the usable volume but takes up more floor space; otherwise, both models are technically identical. What distinguishes the Solid.Line from the FD 56 model in the Avantgarde.Line?The FD-S 56 covers a temperature range up to 250 °C, whilst the FD 56 covers a range up to 300 °C. The Avantgarde.Line is also controlled via an LCD display rather than a simple timer controller. Is the FD-S 56 also available with a 120 V connection?Yes, in addition to the 230 V version, the appliance is also available as a 120 V variant. How do I clean the interior?A mild, non-abrasive laboratory cleaner is sufficient. It is best to avoid using abrasive or chlorine-based cleaners (practical advice). Can I have the FD-S 56 calibrated?Yes, we can arrange the relevant calibration certificates via our procurement service. What is included in the scope of delivery?The FD-S 56 (9090-0018), a chrome-plated insert rack including a base support, and the user manual.
Binder ED-S 56 Drying and Heating Cabinet with Natural Convection, 62 L, up to 250 Degrees Celsius, 9090-0014
The Binder ED-S 56 is a drying and heating cabinet housed in a compact Solid.Line casing, which is identical in construction to the BD-S 056 and FD-S 056 models from the BINDER range. Contrary to what the name ‘ED-S’ might suggest, this is not a conventional incubator, but rather a unit designed for drying and heat treatment tasks: With a temperature range from 7 °C above room temperature up to 250 °C, the ED-S 56 covers a significantly wider range than would be required for incubation tasks alone. The usable volume is 62 l. Natural convection for gentle heating The ED-S 56 operates using natural convection rather than active forced air circulation. Heat is distributed via the heated chamber walls without a fan actively circulating the air inside the chamber. This is a suitable operating principle for drying tasks where gentler, less turbulent air movement is desired, such as when drying laboratory glassware or sample material without active turbulence. The ED-S 56 shares its compact Solid.Line housing with the structurally identical models BD-S 056 and FD-S 056, but differs from them in its significantly extended temperature range up to 250 °C. High temperature range for drying and heat treatment tasks With a temperature range up to 250 °C, the ED-S 56 extends well beyond the range of conventional incubators, which typically stop at around 70 to 100 °C. This makes the unit suitable for applications involving genuine drying, heat treatment or sterilisation processes at higher temperatures, rather than the incubation of living cultures. With external dimensions of 614 x 577 x 625 mm (W x D x H) and a weight of 36 kg, the ED-S 56 remains a compact benchtop unit. The connected load is 1.05 kW. Typical applications Drying of laboratory glassware and sample material Heat treatment of material samples Sterilisation processes at higher temperatures Compact drying tasks in laboratories with limited space Technical details Temperature range7 °C above room temperature to 250 °C Useful volume62 l Heat distributionnatural convection HousingSolid.Line (identical in construction to BD-S 056/FD-S 056) External dimensions (W x D x H)614 x 577 x 625 mm Unit weight (net)36 kg Power consumption1.05 kW Rated voltage230 V Scope of delivery 1x Binder ED-S 56 drying and heating cabinet (9090-0014) User manual Individual requirements and procurement service Through our procurement service, we assist with the procurement of suitable accessories, spare parts, bespoke calibration or special configurations for the ED-S 56. Do you need help selecting the right unit for your application? We’re happy to help via our procurement service. Selection guide within the range Within the ED-S designation, BINDER currently offers only one size: the ED-S 56 described here, with a 62-litre usable volume. If you require a larger or smaller volume, the suitable alternative is not to be found in a larger ED-S model, but in one of the other Solid.Line product families featuring a comparable, compact housing design. ModelHeat distributionUseful volumeExternal dimensions (W x D x H) ED-S 56 (9090-0014)natural convection62 l614 x 577 x 625 mm FD-S 56 (9090-0018)Forced circulation55 l614 x 577 x 625 mm FD-S 115 (9090-0024)Convection106 l764 x 616 x 735 mm For those requiring greater capacity where forced air circulation is not a deal-breaker, the FD-S 115 is the largest Solid.Line model available. If natural convection remains a requirement, the ED-S 56 is currently the only Solid.Line option from us in this market segment. For larger internal volumes with natural convection, the only option in this case is to switch to the Avantgarde.Line ED series, which offers a significantly wider range with six sizes from 20 to 743 l. Distinction from the Avantgarde.Line and the FD-S 56 forced-air model The ED-S 56 belongs to the Solid.Line range, which reliably covers the basic functions but does not include the LCD control panel or the higher temperature range found in the Avantgarde.Line. The Avantgarde.Line counterpart with natural convection is the ED 56, which has a 57-litre usable volume, a temperature range up to 300 °C instead of 250 °C, and an LCD controller with USB data logging. Within the Solid.Line range itself, the FD-S 56 is the forced-air counterpart to the ED-S 56: it features an identical housing design but with an active fan for faster, more uniform heating. The ‘Climate Chambers & Incubators’ category provides an overview of the entire Binder range available from us. Application, operation and maintenance Without active air circulation, heating up typically takes longer than with the structurally identical FD-S 56 with forced air circulation, for which a heating time of around 15 minutes to 150 °C is documented. We can provide a corresponding figure for the ED-S 56 on request. For processes where steady, low-airflow heating is more important than short cycle times, such as with dust-sensitive samples or sample material stored in the open, this is of secondary importance anyway. The connected load of 1.05 kW is on a par with comparable compact drying and heating cabinets with natural convection in this size range. Practical note: Standard, non-abrasive laboratory cleaners are suitable for cleaning the interior; we advise against using abrasive or chlorine-based products. Calibration is recommended for regular checks of temperature accuracy; we can arrange suitable calibration certificates via our procurement service. We will provide the class of the adjustable temperature limiter on request. Investment rationale: When Solid.Line is sufficient, and when Avantgarde.Line or forced-air systems are worthwhile If a temperature range up to 250 °C with natural convection is sufficient for drying, heat treatment or sterilisation processes, the ED-S 56 meets this requirement without the need for an LCD control panel or USB data logging. If a higher temperature range up to 300 °C or documented process recording is required, the ED 56 from the Avantgarde.Line is the more suitable choice. If, on the other hand, rapid, uniform heating is the main priority and air movement inside the chamber is not critical, the FD-S 56 with forced air circulation is a better fit. For additional accessories, spare parts, custom calibration or special configurations relating to the ED-S 56, our procurement service is available; it is also worth making an enquiry to confirm the compatibility of insert grids with the identically constructed Solid.Line housing. Anyone unsure whether the ED-S 56 or one of the higher-capacity Avantgarde.Line models is the more cost-effective choice can also seek this assessment via the procurement service, rather than deciding based solely on the data sheet specifications. Frequently asked questions about the Binder ED-S 56 What is the usable volume of the ED-S 56?62 l, with external dimensions of 614 x 577 x 625 mm. Is the ED-S 56 also available in a larger size?No, BINDER currently only offers the ED-S model in this one size. For greater capacity with natural convection, you will need to switch to the Avantgarde.Line ED series. What distinguishes the ED-S 56 from the ED 56 in the Avantgarde.Line range?The ED-S 56 covers a temperature range up to 250 °C, whilst the ED 56 covers a range up to 300 °C and also features an LCD controller with USB data logging. What distinguishes the ED-S 56 from the FD-S 56?Both share the Solid.Line housing, but the FD-S 56 operates with forced air circulation, whilst the ED-S 56 uses natural convection without an active fan. Is the ED-S 56 suitable for sterilisation tasks?The temperature range up to 250 °C is significantly higher than that of conventional incubators, which typically top out at around 70 to 100 °C, and is therefore also suitable for sterilisation processes at higher temperatures. How do I clean the interior?Wipe the interior with a standard, non-abrasive laboratory cleaner. Abrasive cleaners and chlorine-based cleaners are not suitable (practical note). What is included in the scope of delivery?The ED-S 56 (9090-0014) and the user manual. Is the ED-S 56 more suitable for a laboratory or for industrial use?The compact Solid.Line housing and the temperature range up to 250 °C make the ED-S 56 suitable for laboratories and quality assurance, as well as for simple industrial drying and heat treatment tasks where space is limited.
Binder FD 56 Drying and Heating Oven with forced air circulation, 60 l, up to 300 °C, 9010-0303
The Binder FD 56 drying oven from the Avantgarde.Line FD series is a drying and heating oven with forced convection, designed for applications requiring particularly rapid drying and sterilisation. With a usable volume of 60 litres and a temperature range from 10 °C above ambient temperature up to 300 °C, this compact benchtop unit is equally suitable for daily laboratory routines and for specific sterilisation processes. Rapid heating thanks to a powerful fan A powerful fan, combined with APT.line technology, ensures uniform temperature distribution throughout the entire interior. At 150 °C, the FD 56 achieves a spatial temperature deviation of 1.7 ± K and a temporal deviation of 0.3 ± K. The heating time to 150 °C is just 15 minutes. With an air change rate of 80 times per hour at 100 °C, rapid, uniform drying is achieved even with a dense load. Operation and features in everyday laboratory use The FD 56 is controlled via a controller with an LCD display; the exhaust air flap is controlled electromechanically and can thus be adapted to the respective drying or sterilisation process. With a sound pressure level of 43 dB(A) and energy consumption of 290 Wh/h at 150 °C, the unit is also suitable for continuous operation in everyday laboratory use. Typical applications Drying of laboratory glassware and sample material in routine laboratory work Sterilisation processes in quality assurance and research Rapid heat treatment of small to medium-sized batches Complementary unit to larger drying and heating cabinets For laboratories that regularly need to dry small to medium quantities of glassware or sample material, the FD 56 combines short heating times with a compact footprint, without compromising on temperature accuracy. Technical details Temperature range10 °C above ambient temperature to 300 °C Useful volume60 l Spatial temperature deviation (at 150 °C)1.7 ± K Temporal temperature deviation (at 150 °C)0.3 ± K Heating time to 150 °C15 min Air change rate (at 100 °C)80 times/h Energy consumption at 150 °C290 Wh/h Sound pressure level43 dB(A) Rated voltage230 V (also available in a 120 V version) Rated power1.1 kW External dimensions (W x H x D)560 x 625 x 565 mm Contents 1x Binder FD 56 drying and heating cabinet, 230 V (9010-0303) Standard insert racks User manual Customised requirements & procurement service Further accessories are available for the FD 56, such as additional insert racks, calibration certificates and maintenance contracts of varying scope. Do you require bespoke configurations, spare parts or advice on selecting the right drying oven for your application? We will be happy to assist you via our procurement service. Selection guide within the range BINDER’s Avantgarde.Line FD range with recirculation comprises five sizes. All share the same temperature range, LCD controller and electromechanically controlled exhaust air flap, but differ significantly in terms of usable volume and footprint. ModelUseful volumeExternal dimensions (W x D x H) FD 23 (9010-0194)20 l435 x 520 x 495 mm FD 56 (9010-0303)60 l560 x 565 x 625 mm FD 115 (9010-0305)116 l710 x 605 x 735 mm FD 260 (9010-0309)259 l810 x 825 x 940 mm FD 720 (9010-0311)741 l1,165 x 870 x 1,590 mm The FD 56 described here, with a capacity of 60 litres, is suitable as a supplementary unit for small to medium-sized batches. If this volume is insufficient, the FD 115 with a 116-litre capacity is the next size up; for significantly larger quantities, the FD 260 with a 259-litre capacity or the FD 720 with a 741-litre capacity are available for large-scale applications. At the lower end of the range is the compact FD 23 model with a 20-litre capacity, designed for very small sample volumes and a minimal footprint. Distinction from natural convection, Solid.Line and the FP and M equipment variants The FD 56 operates with forced air circulation. Its counterpart with natural convection is the ED 56: without an active fan, heating up takes considerably longer, but air movement inside the chamber remains minimal, which is advantageous for some samples. Those on a tighter budget who are satisfied with a temperature range up to 250 °C and a simpler timer controller without an LCD display will find the FD-S 56 from the Solid.Line range to be the more economical alternative with a comparable usable volume. If additional programmable temperature and time profiles are required, BINDER offers two higher-specification models above the FD 56 in size 56: the FP series (convection with programme functions) and the M series (convection with extensive programme functions), designated as the FP 56 and M 56 respectively. BINDER also uses the designation ‘Classic’ for certain smaller models.Line; as the current master data does not provide a consistent record of which LT items belong to this third line, no specific assignment is claimed here. An overview of the entire BINDER range available from us can be found in the ‘Climate Chambers & Incubators’ category. Application, operation and maintenance The heating time to 150 °C is just 15 minutes; the spatial temperature deviation is 1.7 ± K and the temporal deviation is 0.3 ± K. With an air exchange rate of 80 times per hour at 100 °C, rapid, uniform drying is achieved even with a dense load. The sound pressure level of 43 dB(A) must be taken into account when installing the unit in a laboratory, particularly if it is in continuous operation in the immediate vicinity of workstations. The rated power of 1.1 kW is on a par with comparable forced-air drying cabinets of this size and must be taken into account when fusing the electrical circuit. Practical note: Standard, non-abrasive laboratory cleaning products are suitable for maintaining the interior; we advise against the use of abrasive or chlorine-based agents. Calibration is recommended for the regular checking of temperature accuracy; we can supply suitable calibration certificates via our procurement service. No separately verified data is available for the FD 56 regarding the class of the temperature selector limiter; therefore, no statement is deliberately made on this matter. Investment rationale: When recirculation is sufficient, and when programme functions or natural convection are advisable For day-to-day laboratory routines involving recurring drying and sterilisation processes at a constant setpoint temperature, the FD 56 with its LCD controller reliably meets these requirements. If, on the other hand, multi-stage temperature profiles need to be run automatically and repeatably, the additional cost of the FP 56 or M 56 is often recouped through reduced manual intervention. If air movement inside the chamber is undesirable, the ED 56 with natural convection is the only option, even if this means accepting longer heating-up times. If a temperature range up to 250 °C is sufficient, the FD-S 56 from the Solid.Line range offers additional savings on the initial purchase cost, without compromising performance for most routine applications in drying and heat treatment. For higher loading densities, additional loading racks are available as accessories, as are calibration certificates and maintenance contracts of varying scope; both can be obtained via our procurement service. Anyone who is still unsure whether the FD 56, FP 56 or M 56 is the more cost-effective choice for their intended application can also seek this assessment via the procurement service, rather than making a decision based solely on the data sheet specifications. Frequently asked questions about the Binder FD 56 What is the usable volume of the FD 56?60 litres, with external dimensions of 560 x 625 x 565 mm. What distinguishes the FD 56 from the ED 56 with natural convection?The FD 56 uses forced air circulation and therefore heats up significantly faster than the ED 56, which operates without a fan and avoids air movement inside the chamber. What distinguishes the FD 56 from the FD-S 56 in the Solid.Line range?The FD-S 56 covers a temperature range up to 250 °C and is controlled via a simpler timer controller; the FD 56 reaches up to 300 °C and features an LCD display. Is the FD 56 suitable for sterilisation processes?Yes, the temperature range up to 300 °C and the rapid, uniform convection heating make it suitable for sterilisation processes in quality assurance and research. How loud is the FD 56 when in operation?The sound pressure level is 43 dB(A). Is the FD 56 also available with a 120 V connection?Yes, in addition to the 230 V version, the unit is also available as a 120 V variant. What is included in the scope of delivery?The FD 56 (9010-0303), standard insert grilles and the user manual.
Binder FD 260 drying and heating cabinet with forced air circulation, 230 V, 9010-0309
The Binder FD 260 from the FD Avantgarde.Line series is a forced-air drying and heating cabinet designed for applications requiring particularly rapid drying and sterilisation. A powerful fan ensures uniform temperature distribution throughout the entire chamber, whilst Binder’s APT.line technology guarantees high spatial and temporal temperature accuracy. With a chamber volume of 259 litres and a temperature range from 10 °C above room temperature up to 300 °C, the FD 260 covers a wide range of applications. The unit is designed for energy efficiency: according to the manufacturer, the FD 260 is up to 30 per cent more energy-efficient than standard units on the market. It is operated via a controller with an LCD display, and a USB port enables data logging. A Class 2 temperature selector limiter in accordance with DIN 12880, featuring a visual alarm, is already integrated. Precise temperature control and fast heating times At 150 °C, the FD 260 achieves a spatial temperature deviation of 1.9 ± K and a temporal deviation of 0.4 ± K. The heating time to 150 °C is approximately 19 minutes; once the door is opened, the setpoint temperature is reached again after about 5 minutes. At 100 °C, the air exchange rate is 9 air changes per hour, which is important for uniform and rapid drying. The integrated Class 2 temperature selector limiter in accordance with DIN 12880, featuring a visual alarm, offers additional process reliability, for example during unattended drying or sterilisation cycles. With a maximum load of 40 kg per tray or 270 kg total load, the FD 260 is also designed for heavier samples and material batches. Typical applications A drying and heating oven such as the FD 260 is typically used for drying laboratory glassware and sample material, for the heat treatment of material samples, and for sterilisation processes in quality assurance, research and industrial manufacturing. The homogeneous temperature distribution and the rapid thermal dynamics of the forced-air circulation system also make the unit suitable for time-critical testing and drying processes where reproducible, consistent results are essential. Operation, features and noise levels in everyday laboratory use The FD 260 is controlled via a controller with an LCD display and features a programme memory that allows recurring drying and sterilisation cycles to be stored. The exhaust air flap is controlled electromechanically, enabling the air exchange rate to be adjusted to suit the specific process. The scope of delivery includes two chrome-plated insert racks; if required, the interior can be expanded to accommodate up to eight racks. The ergonomic handle design facilitates operation in day-to-day laboratory work, and with a sound pressure level of just 43 dB(A), the unit operates pleasantly quietly even during continuous use. In terms of energy consumption, the FD 260 uses 245 Wh/h when operating at 100 °C and 410 Wh/h at 150 °C. Combined with what the manufacturer claims is up to 30 per cent greater energy efficiency compared to standard market models, this is particularly noticeable during frequent or continuous use in laboratory settings, such as during batch testing or in multi-shift operation. Technical details Temperature range10 °C above room temperature to 300 °C Internal volume259 l Spatial temperature variation (at 150 °C)1.9 ± K Temporal temperature deviation (at 150 °C)0.4 ± K Heating time to 150 °C19 min Recovery time after door opening (at 150 °C)5 min Air change rate (at 100 °C)9 times/h Energy consumption at 100 °C245 Wh/h Energy consumption at 150 °C410 Wh/h Sound pressure level43 dB(A) Rated voltage230 V Mains frequency50/60 Hz Rated power2.3 kW Unit fuse12.5 A Phase1~ External dimensions (W x H x D)810 x 940 x 825 mm Internal dimensions (W x H x D)650 x 780 x 515 mm Unit weight (net, empty)85 kg Max. load per shelf40 kg Max. total load270 kg Number of shelves (standard/max.)2 / 8 Distance from wall (rear / side)160 mm / 100 mm Certification of temperature selector limiterClass 2 in accordance with DIN 12880, with visual alarm Contents 1x Binder FD 260 drying and heating cabinet, 230 V (9010-0309) 2x chrome-plated shelf grids Operating instructions Customised requirements & procurement service A wide range of accessories is available for the FD 260, e.g. a viewing window with internal lighting, HEPA air filters, additional insert racks, an Ethernet interface for network connection, APT-COM management software, as well as calibration certificates and maintenance contracts of varying scopes. Do you require any of these accessories, a bespoke configuration, or assistance in selecting the right unit for your application? Through our procurement service, we will be happy to assist you with procurement and configuration.
Binder ED 56 Drying and Heating Oven, Avantgarde.Line with natural convection, 57 l, up to 300 °C, 9010-0333
A forced-air drying oven is not always the best choice for the warm storage or drying of samples that cannot tolerate air movement. The Binder ED 56 operates using natural convection rather than an active fan: the heat is distributed solely by thermal buoyancy within the chamber. With a usable volume of 57 litres and a temperature range from 5 °C above ambient temperature up to 300 °C, the ED 56 covers a wide range of applications within the Avantgarde.Line, without any of the air turbulence associated with a forced-air unit. Natural convection: slower, but gentler Without active air circulation, heating up takes longer than with a comparably sized forced-air model such as the FED 56, which has identical dimensions (heating time to 150 °C takes around 15 minutes for that model). With the ED 56, the heating-up time to 150 °C is around 50 minutes; once the door is opened, the setpoint temperature is reached again after approximately 19 minutes. In return, air movement inside the chamber remains minimal: an advantage for samples where turbulence or uneven airflow must be avoided. Controls, safety and data logging The ED 56 is controlled via a controller with an LCD display. A USB port enables the recording of process data. At 150 °C, the spatial temperature deviation is 2.3 ± K, the temporal deviation is 0.4 ± K, and energy consumption is 105 Wh/h (100 °C) and 180 Wh/h (150 °C) respectively. An integrated Class 2 temperature selector limiter in accordance with DIN 12880, featuring a visual alarm, provides additional process safety during unattended runs. Typical applications The ED 56 is suitable for drying and heating applications where air movement inside the chamber is undesirable or where a documented, reproducible process record is required. Drying of laboratory glassware and sample containers without air turbulence Warm storage of dust- or particle-sensitive materials Heat treatment with documented data recording via USB Routine operation in quality assurance and industrial laboratories With external dimensions of 560 x 565 x 625 mm and a weight of 39 kg, the ED 56 fits on most laboratory benches. Two chrome-plated shelf grids are included as standard. Technical details Temperature range5 °C above ambient temperature up to 300 °C Useful volume57 l Spatial temperature deviation (at 150 °C)2.3 ± K Temperature variation over time (at 150 °C)0.4 ± K Heating time to 150 °C50 min Recovery time after opening the door (at 150 °C)19 min Energy consumption at 100 °C105 Wh/h Energy consumption at 150 °C180 Wh/h Rated voltage230 V (also available in a 120 V version) Rated power1.05 kW External dimensions (W x D x H)560 x 565 x 625 mm Unit weight (net, empty)39 kg Certification for temperature selector limiterClass 2 in accordance with DIN 12880, with visual alarm Contents of delivery 1x Binder ED 56 drying and heating cabinet, 230 V (9010-0333) 2x chrome-plated insert racks Operating instructions Customised requirements & procurement service Additional insert racks, as well as calibration certificates and maintenance contracts of varying scope, are available for the ED 56. Do you require any of these accessories or assistance in selecting the right drying and heating cabinet for your application? Through our procurement service, we will be happy to assist you with procurement and configuration. Selection guide within the range The Avantgarde.Line ED series with natural convection comprises six sizes at BINDER. All share the same temperature range, a controller with an LCD display and USB data logging, but differ significantly in terms of usable volume and footprint. Model sizeInternal volumeExternal dimensions (W x D x H) ED 23 (9010-0190)20 l435 x 520 x 495 mm ED 56 (9010-0333)57 l560 x 565 x 625 mm ED 115 (9010-0335)114 l710 x 605 x 705 mm ED 260 (9010-0339)255 l810 x 760 x 940 mm ED 400 (9010-0075)400 l1,235 x 765 x 1,025 mm ED 720 (9010-0341)743 l1,165 x 870 x 1,590 mm The ED 56 described here, with a capacity of 57 litres, is suitable for small to medium-sized batches on the laboratory bench. If this volume is insufficient, the next size up, the ED 115 with a capacity of 114 litres, is the obvious choice; for significantly larger batches, the ED 260 with a capacity of 255 litres is recommended. Differences between forced-air, Solid.Line and the FP and M equipment variants The most important distinction within the BINDER range is between natural convection and forced-air circulation: The ED 56 operates without an active fan; its forced-air counterpart with the same capacity is the FD 56. Forced-air heating heats up significantly faster (the FD 56 reaches 150 °C in around 15 minutes, compared with 50 minutes for the ED 56), but in doing so creates air movement inside the chamber, which is undesirable for some samples. Users who require programmable temperature and time profiles in addition to forced-air circulation will not find these functions in the ED series, but rather in the FP (forced-air circulation with programme functions) and M (forced-air circulation with extensive programme functions) series within the same BINDER range. For a smaller budget with a reduced temperature range up to 250 °C, the ED-S 56 is available within the Solid.Line range; this also features natural convection but comes with a simpler timer controller instead of the ED 56’s LCD display. BINDER also uses the designation ‘Classic’ for certain smaller models.Line; as the current master data does not provide a consistent record of which LT items belong to this third line, no specific classification is claimed here. An overview of our entire BINDER range is provided in the ‘Climate Chambers & Incubators’ category. Application, Operation and Maintenance Without active air circulation, heating up to 150 °C takes around 50 minutes; after opening the door, the set temperature is reached again after approximately 19 minutes. Anyone using the cabinet for longer, unattended drying or heat treatment cycles can factor these times into their process planning. The spatial temperature deviation is 2.3 ± K, and the temporal deviation is 0.4 ± K. Process data can be downloaded via the USB port for documentation purposes, such as for batch records in quality assurance. Practical note: Standard, non-abrasive laboratory cleaning agents are suitable for cleaning the interior; we advise against using abrasive or chlorine-based products. The built-in Class 2 temperature selector limiter in accordance with DIN 12880, with a visual alarm, provides additional protection against accidental overheating during unattended runs. Calibration is recommended for regular checks of temperature accuracy; we can arrange suitable calibration certificates via our procurement service. Investment rationale: When natural convection is sufficient, and when forced air or programme functions are advisable For samples where air movement inside the chamber is to be avoided, or where a documented process record via USB is required, the ED 56 is the right choice. If, on the other hand, the main priority is short cycle times and rapid, uniform drying of larger quantities, the forced-air circulation of the FD 56 comes into its own. If multi-stage temperature profiles need to run automatically, it is worth looking at the FP or M series with programme functions. If, on the other hand, a temperature range up to 250 °C and a simpler timer controller are sufficient, the Solid.Line with the ED-S 56 is the more economical option. The ED 56 comes as standard with two chrome-plated shelf grids. For higher loading densities, additional shelf grids are available as accessories, as are calibration certificates and maintenance contracts of varying scope – both available via our procurement service. Frequently asked questions about the Binder ED 56 What is the internal capacity of the ED 56?57 litres, with external dimensions of 560 x 565 x 625 mm. What is the difference between the ED 56 and the FD 56?The ED 56 operates using natural convection without a fan, whilst the FD 56 uses forced air circulation. As a result, the FD 56 heats up significantly faster (around 15 minutes instead of 50 to reach 150 °C), whereas the ED 56 avoids air movement inside the chamber. What distinguishes the ED 56 from the larger ED 260?With a capacity of 255 litres, the ED 260 offers around four times the usable volume, with a correspondingly larger footprint; the operating principle is identical. What is the USB data logging function used for?The USB port allows process data from the drying or heat treatment cycle to be read out and documented, for example for batch records. Is the ED 56 also available with a 120 V connection?Yes, in addition to the 230 V version, the unit is also available as a 120 V variant. How do I clean the interior?Standard laboratory cleaners without abrasive properties are the right choice. Abrasive or chlorine-based agents must not be used inside the chamber (practical note). What is included in the scope of delivery?The ED 56 (9010-0333), two chrome-plated insert grids and the user manual.
Binder FED 400 drying and heating oven, Avantgarde.Line with forced air circulation and extended timing functions, 400 l, up to 300 °C, 9010-0216
The Binder FED 400 is one of the larger models in the Avantgarde.Line FED series and offers a 400-litre usable volume with a temperature range from 5 °C above ambient temperature up to 300 °C. Unlike the smaller FED models 56, 115 and 260, which are designed for applications with a lower limit of 10 °C above ambient temperature, the FED 400 operates from as low as 5 °C above ambient temperature, making it suitable for a slightly wider temperature range. Like the entire FED range, it is designed for programmable, documented drying, sterilisation and heat treatment processes for larger batches. For laboratories and production areas that have previously operated several smaller drying cabinets in parallel, the FED 400 consolidates this capacity into a single, programmable unit with significantly reduced operational effort. Convection and temperature accuracy in a large chamber An adjustable fan, together with APT.line technology and the preheating chamber technology, ensures the most homogeneous temperature distribution possible within the large interior. At 150 °C, the FED 400 achieves a spatial temperature deviation of 3.8 ± K and a temporal deviation of 0.7 ± K. The heating time to 150 °C is approximately 29 minutes; after the door has been open for 30 seconds, the setpoint temperature is reached again after approximately 6 minutes. With an air change rate of 18 times per hour at 150 °C, even when the large interior is heavily loaded, uniform air circulation is ensured without the formation of pockets of moisture in individual areas of the chamber. Compared with the ED 400 of identical design but without forced air circulation (heating time around 71 minutes), this clearly demonstrates the time saving offered by forced air circulation in this size of unit. For processes requiring several batches per day, this difference can be decisive in determining the actual number of runs achievable. Programming, interfaces and safety The controller, with its advanced timing functions, allows drying or sterilisation cycles to be programmed and stored in the programme memory, so that recurring processes do not need to be reset each time. Both an Ethernet interface and an RS 422 computer interface are available for connection to external systems, ensuring that the FED 400 remains compatible even in environments with older process control technology. An integrated Class 2 temperature selector limiter in accordance with DIN 12880, featuring a visual alarm, provides additional safety for unattended process runs, which is particularly relevant given the 400-litre chamber size and the correspondingly high value of goods per batch. The exhaust air flap is adjustable and can be manually adapted to the specific drying or heat treatment process, for example to specifically extract more air when drying solvent-containing samples. Power rating and installation As this size requires more power than the smaller FED models, the FED 400 is designed to operate either on 400 V three-phase current or 208 V three-phase current, with a rated power of 3.4 kW and a 16 A circuit breaker. With external dimensions of 1,235 x 765 x 1,025 mm and a weight of 145 kg, the FED 400 is designed as a free-standing unit and should be taken into account when planning its installation, particularly with regard to floor load and access to the three-phase power supply. Compared with the ED 400, which is identical in size, the FED 400 weighs around 20 kg more due to its fan and control technology; this should be taken into account when planning the installation site. Typical applications With a capacity of 400 litres, the FED 400 is suitable for larger batches where both rapid heating via forced air circulation and programmable, documented process sequences are required – for example, when large quantities of sample material or components need to be processed regularly according to a reproducible time and temperature profile, and the results must remain comparable across multiple runs. Time-controlled drying of large quantities of laboratory glassware, components or packaging material Sterilisation processes for larger batches with temperature profiles requiring documentation Heat treatment of material samples in quality assurance according to a pre-set programme Routine operation in industrial and research laboratories with high throughput and documentation requirements Two chrome-plated insert racks are included as standard; these are designed to fit the large interior and allow the chamber to be divided for different batches or sample types within the same process run. Technical details Temperature range5 °C above ambient temperature up to 300 °C Useful volume400 l Spatial temperature deviation (at 150 °C)3.8 ± K Temperature variation over time (at 150 °C)0.7 ± K Heating time to 150 °C29 min Air change rate (at 150 °C)18 times/h Energy consumption at 150 °C1,200 Wh/h Rated voltage400 V 3-phase or 208 V 3-phase Rated power3.4 kW Unit fuse16.0 A External dimensions (W x D x H)1,235 x 765 x 1,025 mm Unit weight (net, empty)145 kg Contents of delivery 1x Binder FED 400 drying and heating cabinet (9010-0216) 2x chrome-plated shelf grids User manual Customised requirements & procurement service Additional insert racks, as well as calibration certificates and maintenance contracts of varying scope, are available for the FED 400. Do you require a different voltage version or assistance in selecting the right drying and heating cabinet for your application? We will be happy to assist you with procurement and configuration via our procurement service.
Binder FD 23 drying and heating oven with forced circulation, 20 l, up to 300 °C, 9010-0194
The Binder FD 23 drying oven is the most compact model in the Avantgarde.Line FD series with forced convection, designed for applications requiring particularly rapid drying and sterilisation in the smallest of spaces. With a usable volume of 20 litres and a temperature range from 5 °C above ambient temperature up to 300 °C, this benchtop unit is suitable for smaller sample quantities where precise and reproducible results are still essential. Compact design with high temperature accuracy Despite its compact dimensions, the APT.line preheating chamber technology ensures homogeneous temperature distribution within the chamber. At 150 °C, the FD 23 achieves a spatial temperature deviation of 2.5 ± K and a temporal deviation of 0.3 ± K. The heating time to 150 °C is around 25 minutes; with an air change rate of 64 times per hour at 150 °C, rapid air exchange is achieved even in a small interior space. Process reliability thanks to integrated temperature selector limiter The controller with timing functions features an integrated Class 2 temperature selector limiter in accordance with DIN 12880, complete with a visual alarm, which provides additional safety during unattended drying or sterilisation cycles. The adjustable exhaust air damper allows the air exchange rate to be tailored to the specific process, even for small batches. Typical applications Drying small quantities of laboratory glassware and sample material Sterilisation processes where laboratory space is limited Rapid heat treatment of individual samples or small batches Supplementary unit alongside larger drying cabinets for routine tasks For laboratories with limited space, where small batches still need to be dried or sterilised on a regular basis, the FD 23 offers the same APT.line technology as the larger FD models, but in the most compact format in the range. Selection guide: choosing the right size from the FD seriesWithin the FD series, the FD 23, with a 20-litre capacity, is the most compact model for the workbench. Those requiring more capacity but still looking for a benchtop unit will find the next larger models in the FD 56 and FD 115, before the series culminates in the 400 V large-capacity FD 720. The complete range can be found in our range of climate chambers and incubators.ModelUseful volume, external dimensions (W x D x H), weightFD 2320 l, 435 x 520 x 495 mm, 27 kgFD 5660 l, 560 x 565 x 625 mm, 41 kgFD 115116 l, 710 x 605 x 735 mm, 54 kgFD 260259 l, 810 x 825 x 940 mm, 85 kgFD 720741 l, 1,165 x 870 x 1,590 mm, 166 kgFor smaller sample volumes in training or routine laboratories, where the full temperature accuracy of the Avantgarde.Line is still required, the FD 23 remains the right choice. All models in the FD series share the same Class 2 temperature selector limiter in accordance with DIN 12880, as well as APT.line technology, meaning that process parameters that have been tried and tested can be transferred directly when switching to a larger model.Distinction: forced air circulation or natural convectionThose who require particularly quiet heating with minimal air movement rather than active forced circulation will find the ideal alternative in the ED model of the same size: the Binder ED 23 drying and heating oven covers the same 20-litre volume but heats without a fan, which can be advantageous for dust-sensitive samples or open dishes. Where, on the other hand, short processing times and uniform heating are essential, the FD 23 with APT.line forced air remains the faster option. Both models also share the same external dimensions of 435 x 520 x 495 mm, so switching between the FD 23 and ED 23 does not require any adjustment to the footprint.Technical details Temperature range5 °C above ambient temperature up to 300 °C Useful volume20 l Spatial temperature deviation (at 150 °C)2.5 ± K Temperature variation over time (at 150 °C)0.3 ± K Heating time to 150 °C25 min Air change rate (at 150 °C)64 times/h Rated voltage230 V (also available in a 120 V version) Rated power0.8 kW External dimensions (W x H x D)435 x 495 x 520 mm Contents 1x Binder FD 23 drying and heating cabinet, 230 V (9010-0194) Standard insert racks User manual Frequently asked questions before purchaseHow long does the FD 23 take to reach 150 °C?The heating time to 150 °C for the FD 23 is around 25 minutes, with an air change rate of 64 times per hour.Is the FD 23 also available in a 120 V version?Yes, in addition to the standard 230 V version, the FD 23 is also available as a 120 V variant.What is the safety class of the integrated temperature selector limiter?The FD 23 is fitted with a Class 2 temperature selector limiter in accordance with DIN 12880, featuring a visual alarm.Does the FD 23 fit on a standard laboratory bench?With external dimensions of 435 x 495 x 520 mm and a weight of 27 kg, the FD 23 is designed exclusively for tabletop use.Customised requirements & procurement service Further accessories are available for the FD 23, such as additional insert racks, calibration certificates and maintenance contracts of varying scope. Do you require customised configurations, spare parts or advice on selecting the right drying oven for your application? We will be happy to assist you via our procurement service.
Binder ED 23 Drying and Heating Oven, Avantgarde.Line with natural convection, 20 l, up to 300 °C, 9010-0190
Not every drying task in the laboratory requires a lot of space, but reliability is still essential. The Binder ED 23 is the smallest drying and heating cabinet in the Avantgarde.Line ED series, designed with a 20-litre usable volume for the workbench or an adjoining room. Unlike the forced-air models in the FD or FED series, the ED 23 operates using natural convection: heating is achieved solely through the thermal rise of the air inside the chamber, without an active fan. This results in noticeably less air movement than in a forced-air drying oven – an advantage when light or dust-sensitive samples must not be disturbed. Natural convection instead of forced air circulation: what this means for operation Without an active fan, the heat inside the chamber takes longer to distribute evenly than in a comparable forced-air unit. With the ED 23, the heating time to 150 °C is around 28 minutes. On the other hand, energy consumption is comparatively low at 148 Wh/h at 150 °C, and the gentle, quiet airflow is well suited to samples that cannot tolerate a draught. The temperature range extends from 5 °C above ambient temperature up to 300 °C – the full range of the Avantgarde.Line – despite its compact design. Features: APT.line technology and safety class A controller with timing functions and an adjustable exhaust air flap are included as standard, as is APT.line technology for high temperature accuracy. At 150 °C, the spatial temperature deviation is 2.8 ± K, and the temporal deviation is 0.5 ± K. A Class 2 temperature-selective limiter in accordance with DIN 12880, featuring a visual alarm, is already integrated and provides additional process reliability during unattended drying runs. Typical applications The ED 23 is suitable for drying and heating applications where space is limited or where recirculating air should be avoided for technical reasons. Drying small quantities of laboratory glassware on a workbench Warm storage of sensitive or lightweight samples without air movement Simple heat treatment in training and routine laboratories Supplement to larger drying ovens for smaller additional batches With external dimensions of 435 x 520 x 495 mm and a weight of 27 kg, the ED 23 fits easily onto a standard laboratory bench. Two chrome-plated insert grids are included as standard; each insert grid can support up to 12 kg. Selection guide: choosing the right size from the ED seriesWith a capacity of 20 litres, the ED 23 is the smallest model in the ED series. Those requiring more internal space but wishing to continue using natural convection will find suitable alternatives in the ED 115 and the larger models, right up to the 743-litre ED 720. The complete range can be found in our range of climate cabinets and incubators.ModelUseful volume, external dimensions (W x D x H), weightED 2320 l, 435 x 520 x 495 mm, 27 kgED 5657 l, 560 x 565 x 625 mm, 39 kgED 115114 l, 710 x 605 x 705 mm, 54 kgED 260255 l, 810 x 760 x 940 mm, 85 kgED 400400 l, 1,235 x 765 x 1,025 mm, 125 kgED 720743 l, 1,165 x 870 x 1,590 mm, 169 kgFor small batches on the workbench, where smooth heating with minimal air movement is paramount, the ED 23 remains the most compact option in the range.Distinction: natural convection or forced air circulationThose who would prefer to benefit from an active fan and shorter heating-up times will find the Binder FD 23 drying and heating cabinet – which is the same size – to be the ideal alternative: it reaches 150 °C in around 25 minutes rather than 28. For samples that cannot tolerate any air movement – such as open dishes or fine powders – the ED 23 with natural convection remains the gentler choice.Technical details Temperature range5 °C above ambient temperature up to 300 °C Useful volume20 l Spatial temperature deviation (at 150 °C)2.8 ± K Temporal temperature deviation (at 150 °C)0.5 ± K Heating time to 150 °C28 min Energy consumption at 150 °C148 Wh/h Max. load per tray12 kg Rated voltage230 V (also available in a 120 V version) Rated power0.8 kW External dimensions (W x D x H)435 x 520 x 495 mm Unit weight (net, empty)27 kg Certification for temperature selector limiterClass 2 in accordance with DIN 12880, with visual alarm Contents of delivery 1x Binder ED 23 drying and heating cabinet, 230 V (9010-0190) 2x chrome-plated shelf grids User manual Frequently asked questions before purchaseWhy does it take longer for the ED 23 to heat up than a forced-air unit?As there is no active fan, the heat is distributed solely by thermal convection, which means that the heating time to 150 °C takes around 28 minutes.How many rack shelves are included?Two chrome-plated shelves are included as standard, each with a load capacity of up to 12 kg.What is the energy consumption of the ED 23?At 150 °C, energy consumption is 148 Wh/h.Is the ED 23 also available in a 120 V version?Yes, a 120 V version is available in addition to the 230 V model.Customised requirements & procurement service Additional insert trays, as well as calibration certificates and maintenance contracts covering various levels of service, are available for the ED 23. Do you require any of these accessories, or do you need assistance in selecting the right drying and heating cabinet for your application? We will be happy to assist you with procurement and configuration via our procurement service.
Binder FD-S 115 drying and heating oven, Solid.Line with forced air circulation, 106 l, up to 250 °C, 9090-0024
Larger batches of laboratory glassware, material samples or consumables require more internal space, but not necessarily sophisticated features. The Binder FD-S 115 is the larger model in the Solid.Line series: a forced-air drying and heating cabinet with a 106-litre usable volume, featuring the streamlined yet tried-and-tested specifications that BINDER has consistently limited to the essentials in the Solid.Line range. For laboratories and businesses seeking a reliable forced-air drying oven without the extensive additional functions of the Avantgarde.Line (FD series), this is a practical entry-level option offering noticeably more capacity than the smaller FD-S 56 model. Solid.Line features: robust rather than overloaded The temperature range extends from 10 °C above ambient temperature up to 250 °C. Control is handled by a controller with a timer function; the exhaust air flap is adjustable; and the air change rate at 100 °C is 2 air changes per hour. Even with this model, the APT.line preheating chamber technology ensures even temperature distribution inside the chamber, without the need for an LCD controller with advanced timing functions, such as those offered by the Avantgarde.Line models. Heating behaviour and energy consumption At 150 °C, the FD-S 115 achieves a spatial temperature deviation of 2.0 ± K and a temporal deviation of 0.4 ± K. The heating-up time to 150 °C is around 20 minutes; once the door is opened, the setpoint temperature is reached again after approximately 8 minutes. Energy consumption at 150 °C is 340 Wh/h, with a rated power of 1.3 kW (230 V) or 1.4 kW (120 V). Typical applications With a usable volume of 106 litres, the FD-S 115 is suitable for tasks where individual smaller drying cabinets reach their capacity limits, without the need for a large-scale unit. Drying larger quantities of laboratory glassware and sample containers Warm storage and conditioning of material batches Heat treatment of material samples in quality assurance Routine operation in industrial and training laboratories with higher throughput With external dimensions of 764 x 616 x 735 mm and a weight of 48 kg, the FD-S 115 can still be easily accommodated on a sturdy laboratory bench or trolley. Technical details Temperature range10 °C above ambient temperature up to 250 °C Useful volume106 l Spatial temperature variation (at 150 °C)2.0 ± K Temperature variation over time (at 150 °C)0.4 ± K Heating time to 150 °C20 min Recovery time after door opening (at 150 °C)8 min Air change rate (at 100 °C)2 times per hour Energy consumption at 150 °C340 Wh/h Rated voltage230 V (also available in a 120 V version) Rated power1.3 kW (230 V) / 1.4 kW (120 V) External dimensions (W x D x H)764 x 616 x 735 mm Unit weight (net, empty)48 kg Certification for temperature selector limiterClass 2 in accordance with DIN 12880, with visual alarm Contents of delivery 1x Binder FD-S 115 drying and heating cabinet, 230 V (9090-0024) 1x chrome-plated insert rack including base support Operating instructions Customised requirements & procurement service Additional insert racks, as well as calibration certificates and maintenance contracts covering various scopes, are available for the FD-S 115. Do you require any of these accessories or assistance in selecting the right drying and heating cabinet for your application? We will be happy to assist you with procurement and configuration via our procurement service. Selection guide within the range BINDER currently offers the Solid.Line FD-S series in two sizes, which are identical in terms of temperature range, control system and equipment, but differ significantly in terms of usable volume and footprint. Model sizeUseful volumeExternal dimensions (W x D x H)Well suited for FD-S 56 (9090-0018)55 l614 x 577 x 625 mmsmaller batches, limited floor space FD-S 115 (9090-0024)106 l764 x 616 x 735 mmlarger batches, higher throughput The FD-S 115 described here is the larger of the two models. If the 106-litre capacity is insufficient for your intended use, or if floor space is limited, it is worth considering the more compact FD-S 56 with a 55-litre capacity. Conversely, if you regularly need to dry larger batches of laboratory glassware or sample material in a single run, the FD-S 115 saves you from having to carry out additional drying cycles compared to the smaller model. Distinction from the Avantgarde.Line, Classic.Line and natural convection The Solid.Line is one of three equipment ranges in which BINDER offers drying and heating cabinets. It reliably covers the basic functions but does not include some of the features found in Avantgarde.Line models of the same volume, such as the FD 115: The temperature range tops out at 250 °C instead of 300 °C, and control is via a simpler controller with a timer function rather than an LCD display. In return, the Solid.Line has a lower entry-level price than the Avantgarde.Line. For those who require gentler heat distribution without air movement inside the chamber, rather than forced air circulation, the Solid.Line range currently offers the ED-S 56 as a counterpart with natural convection. However, its usable volume of 62 litres is significantly lower than that of the FD-S 115; LT does not currently stock a larger Solid.Line model with natural convection. BINDER also uses the designation Classic.Line for certain smaller models. As the current master data does not provide a consistent record of which LT items belong to this third range, no specific classification is claimed here. An overview of the entire Binder range available from us can be found in the ‘Climate Chambers & Incubators’ category. Application, Operation and Maintenance The heating-up time to 150 °C for the FD-S 115 is around 20 minutes; once the door is opened, the set temperature is reached again after approximately 8 minutes. The spatial temperature deviation of 2.0 ± K and the temporal deviation of 0.4 ± K at 150 °C are sufficient for most routine applications in drying and heat treatment. For larger batches that are reloaded more frequently, the recovery time of around 8 minutes has a direct impact on the total number of cycles possible per working day. The air change rate of 2 per hour at 100 °C is lower than that of the smaller FD-S 56, which must be taken into account when planning particularly moisture-sensitive drying processes. Practical note: Standard, non-abrasive laboratory cleaners are suitable for cleaning the interior; abrasive or chlorine-based agents should be avoided. During unattended drying cycles, the integrated Class 2 temperature selector limiter in accordance with DIN 12880, featuring a visual alarm, provides additional protection against accidental overheating. Regular calibration ensures temperature accuracy over the course of the unit’s operational life; we provide the relevant calibration certificates via our procurement service. Investment rationale: When Solid.Line is sufficient, and when Avantgarde.Line is worthwhile For routine tasks up to 250 °C, where a simple timer controller is sufficient, the Solid.Line reliably meets requirements at a lower cost than the Avantgarde.Line. If, on the other hand, a higher temperature range up to 300 °C is required, an LCD display with more precise process control is desired, or the process needs to be documented, a model such as the FD 115 from the Avantgarde.Line is the more suitable choice, even if this involves a higher purchase price. If, on the other hand, a smaller usable volume is sufficient, the more compact FD-S 56 also saves on floor space without compromising on temperature range or control. The FD-S 115 comes as standard with a chrome-plated loading rack including a base support. For higher loading densities, additional loading racks are available as accessories, as are calibration certificates and maintenance contracts of varying scope, both available through our procurement service. Frequently asked questions about the Binder FD-S 115 What is the internal volume of the FD-S 115?106 litres, with external dimensions of 764 x 616 x 735 mm. What distinguishes the FD-S 115 from the FD-S 56?The FD-S 56 offers 55 litres – roughly half the usable volume – with a significantly more compact footprint; otherwise, both models are technically identical in design. What distinguishes the Solid.Line from the FD 115 model in the Avantgarde.Line?The FD-S 115 covers a temperature range up to 250 °C, whilst the FD 115 covers a range up to 300 °C. The Avantgarde.Line is also controlled via an LCD display rather than a simple timer controller. Is the FD-S 115 also available with a 120 V connection?Yes, in addition to the 230 V version, the appliance is also available as a 120 V variant. How do I clean the interior?Standard, non-abrasive laboratory cleaners are suitable for cleaning; we advise against using abrasive or chlorine-based products (practical advice). Can I have the FD-S 115 calibrated?Yes, we can arrange the relevant calibration certificates via our procurement service. What is included in the scope of delivery?The FD-S 115 (9090-0024), a chrome-plated insert grid including a base support, and the user manual.
Binder FD 115 drying and heating oven with forced air circulation, 116 l, up to 300 °C, 9010-0305
The Binder FD 115 drying oven from the Avantgarde.Line FD series is a drying and heating oven with forced convection, designed for applications requiring rapid yet energy-efficient drying and sterilisation. With a usable volume of 116 litres and a temperature range from 10 °C above ambient temperature up to 300 °C, this benchtop unit offers greater capacity than the FD 56 without compromising on heating speed. Up to 30% more energy-efficient in continuous operation The FD 115 is designed for energy efficiency: according to the manufacturer, it is up to 30 per cent more energy-efficient than standard units on the market. At 100 °C, energy consumption is 215 Wh/h; at 150 °C, it is 340 Wh/h. This difference becomes particularly noticeable over time, especially during multi-shift operation or in batch testing where the unit is frequently in use. Rapid heating and uniform temperature distribution APT.line technology ensures uniform temperature distribution with rapid thermal response. At 150 °C, the FD 115 achieves a spatial temperature deviation of 1.7 ± K and a temporal deviation of 0.3 ± K. The heating time to 150 °C is 18 minutes; once the door is opened, the set temperature is reached again after 4 minutes. An LCD controller with an electromechanically controlled exhaust air flap and an integrated Class 2 adjustable temperature limiter in accordance with DIN 12880, featuring a visual alarm, ensures ease of use and process reliability. Typical applications Drying of laboratory glassware and sample material on a medium scale Sterilisation processes in quality assurance, research and industry Time-critical drying and testing processes with reproducible results Batch testing in multi-shift operation thanks to high energy efficiency In the case of frequently running drying or sterilisation processes, such as in laboratories with a high volume of samples, the FD 115’s lower energy consumption compared to standard market equipment has a direct impact on operating costs, without compromising on heating speed. Selection guide: choosing the right size from the FD seriesWith a capacity of 116 litres, the FD 115 is a medium-sized model in the FD series: larger than the compact FD 23 and the FD 56, but significantly more manageable than the 741-litre large-capacity FD 720. You can find the full range of this series in our range of climate chambers and incubators.ModelUseful volume, external dimensions (W x D x H), weightFD 2320 l, 435 x 520 x 495 mm, 27 kgFD 5660 l, 560 x 565 x 625 mm, 41 kgFD 115116 l, 710 x 605 x 735 mm, 54 kgFD 260259 l, 810 x 825 x 940 mm, 85 kgFD 720741 l, 1,165 x 870 x 1,590 mm, 166 kgFor laboratories that regularly dry or sterilise medium-sized batches of laboratory glassware or sample material without needing to install a floor-standing unit, the FD 115 is usually the most cost-effective choice within the range.Distinction: forced air circulation or natural convectionIf a process requires gentler heating with minimal air movement rather than forced convection, the Binder ED 115 drying and heating cabinet, which is identical in design and size, is the alternative in the same size class. It reaches 150 °C only after around 45 minutes rather than 18, but without air turbulence inside the chamber, which can be important for light or open samples. For time-critical processes with high throughput, the FD 115 remains the more productive solution thanks to its significantly shorter heating time.Technical details Temperature range10 °C above ambient temperature up to 300 °C Useful volume116 l Spatial temperature variation (at 150 °C)1.7 ± K Temporal temperature deviation (at 150 °C)0.3 ± K Heating time to 150 °C18 min Recovery time after opening the door4 min Air change rate (at 100 °C)32 times per hour Energy consumption at 100 °C215 Wh/h Energy consumption at 150 °C340 Wh/h Sound pressure level43 dB(A) Rated voltage230 V (also available as a 120 V version) Rated power1.3 kW External dimensions (W x H x D)710 x 735 x 605 mm Scope of delivery 1x Binder FD 115 drying and heating cabinet, 230 V (9010-0305) Standard insert racks User manual Frequently asked questions before purchaseHow much energy does the FD 115 save compared to standard models on the market?According to the manufacturer, the FD 115 is up to 30% more energy-efficient than standard drying cabinets on the market; at 100 °C, energy consumption is 215 Wh/h, and at 150 °C it is 340 Wh/h.How quickly is the set temperature reached again after opening the door?After opening the door, the FD 115 returns to the set temperature in around 4 minutes.How loud is the FD 115 when in operation?The sound pressure level is 43 dB(A).What are the external dimensions of the FD 115?The external dimensions are 710 x 735 x 605 mm, with a weight of 54 kg.Individual requirements and procurement service Further accessories are available for the FD 115, such as additional shelf grids, calibration certificates and maintenance contracts of varying scope. Do you require customised configurations, spare parts or advice on selecting the right drying oven for your application? We’d be happy to assist you via our procurement service.
Binder ED 260 Drying and Heating Oven, Avantgarde.Line with natural convection, 255 l, up to 300 °C, 9010-0339
Heating larger batches reliably and without air movement inside the chamber: that is what the Binder ED 260 is designed for. As the larger model in the Avantgarde.Line ED series, it offers a 255-litre usable volume with a temperature range from 5 °C above room temperature up to 300 °C, and still without an active fan. Heating is achieved solely through natural convection, which can be an advantage over forced-air models when handling larger batches containing sensitive or lightweight samples. Large capacity, quiet airflow Without forced air circulation, heating naturally takes longer than with a comparably sized forced-air unit such as the identically dimensioned FED 260 or FD 260 (which take around 19 minutes each to reach 150 °C). With the ED 260, the heating time to 150 °C is around 50 minutes. The spatial temperature deviation is 1.8 ± K, and the temporal deviation is 0.8 ± K. Energy consumption is 195 Wh/h (100 °C) and 355 Wh/h (150 °C) respectively and, according to the manufacturer, is up to 30 per cent lower than that of standard units on the market thanks to APT.line technology. Controls and safety The ED 260 is controlled via a controller with an LCD display; the exhaust air flap is controlled electromechanically. An integrated Class 2 temperature selector limiter in accordance with DIN 12880, featuring a visual alarm, provides additional process safety during unattended drying or heat treatment cycles. Typical applications With a capacity of 255 litres, the ED 260 is suitable for larger batches where smooth, low-turbulence heat distribution remains a priority. Drying larger quantities of laboratory glassware without air turbulence Warm storage of batches of material sensitive to dust or particles Heat treatment of material samples in quality assurance Routine operation in industrial and research laboratories with higher throughput With external dimensions of 810 x 760 x 940 mm and a weight of 85 kg, the ED 260 is designed as a free-standing unit. Two chrome-plated insert racks are included as standard. Technical details Temperature range5 °C above room temperature to 300 °C Useful volume255 l Spatial temperature variation (at 150 °C)1.8 ± K Temporal temperature deviation (at 150 °C)0.8 ± K Heating time to 150 °C50 min Energy consumption at 100 °C195 Wh/h Energy consumption at 150 °C355 Wh/h Rated voltage230 V or 240 V Rated power2.25 kW (230 V) / 2.45 kW (240 V) External dimensions (W x D x H)810 x 760 x 940 mm Unit weight (net, empty)85 kg Certification for temperature selection limiterClass 2 in accordance with DIN 12880, with visual alarm Contents of delivery 1x Binder ED 260 drying and heating cabinet, 230 V (9010-0339) 2x chrome-plated insert racks User manual Customised requirements & procurement service Additional insert racks, as well as calibration certificates and maintenance contracts covering various scopes, are available for the ED 260. Do you require any of these accessories or assistance in selecting the right drying and heating cabinet for your application? We will be happy to assist you with procurement and configuration via our procurement service. Selection guide within the range The Avantgarde.Line ED series with natural convection comprises six sizes at BINDER. All share the same temperature range, a controller with an LCD display and the electromechanically controlled exhaust air flap, but differ significantly in terms of usable volume and footprint. SizeInternal volumeExternal dimensions (W x D x H) ED 23 (9010-0190)20 l435 x 520 x 495 mm ED 56 (9010-0333)57 l560 × 565 × 625 mm ED 115 (9010-0335)114 l710 x 605 x 705 mm ED 260 (9010-0339)255 l810 x 760 x 940 mm ED 400 (9010-0075)400 l1,235 x 765 x 1,025 mm ED 720 (9010-0341)743 l1,165 x 870 x 1,590 mm The ED 260 described here, with a capacity of 255 litres, is suitable for larger batches and can be used as a freestanding tabletop unit or mounted on a sturdy stand. If this capacity is no longer sufficient, the next larger model is the ED 400 with 400 litres; for smaller quantities, there is the ED 115 with 114 litres. Differences from forced-air models, Solid.Line and the FP and M equipment variants The most significant distinction within the BINDER range lies between natural convection and forced air circulation: the ED 260 operates without an active fan; its forced-air counterpart with the same volume is the FD 260. Forced air circulation heats up noticeably faster; by contrast, the air inside the ED 260 hardly moves at all, which can be an advantage for large, sensitive or lightweight samples. Anyone requiring programmable temperature and time profiles in addition to forced air circulation will not find these functions in the ED series, but rather in the FP (forced air circulation with programme functions) and M (forced air circulation with comprehensive programme functions) series within the same BINDER range. Within the Solid.Line range, LT currently stocks only the smaller ED-S 56 model with a capacity of 62 litres; BINDER does not offer a Solid.Line model in the same size range as the ED 260. BINDER also uses the designation Classic.Line for certain smaller models; however, the current master data does not provide a consistent record of which LT items belong to this third range, so no specific allocation is claimed here. An overview of the entire BINDER range available from us can be found in the ‘Climate Chambers & Incubators’ category. Application, operation and maintenance The heating time to 150 °C is approximately 50 minutes; the spatial temperature deviation is 1.8 ± K, and the temporal deviation is 0.8 ± K. For larger batches with unevenly loaded shelves, the spatial deviation in particular affects the uniformity of the drying result; it is therefore recommended that samples be distributed evenly across both shelf racks. Energy consumption is 195 Wh/h (100 °C) or 355 Wh/h (150 °C) and, according to the manufacturer, up to 30 per cent lower than that of standard market models of this size – a factor which, over the course of the appliance’s operational life, will have a significant impact on energy costs. Practical tip: The spacious interior can be cleaned using standard, non-abrasive laboratory cleaning agents; abrasive or chlorine-based products should be avoided. Particularly with an appliance of this size featuring multiple shelf levels, the Class 2 temperature selector limiter in accordance with DIN 12880, complete with a visual alarm, offers additional safety during unattended runs. We can arrange suitable calibration certificates via our procurement service for the regular testing of temperature accuracy. Investment rationale: When natural convection is sufficient, and when forced air circulation or programme functions are advisable For large batches where air movement inside the chamber is to be avoided, the ED 260 is the right choice, particularly when its lower energy consumption compared with similar forced-air units becomes a significant factor during continuous operation over months or years. Conversely, where the primary focus is on short cycle times and rapid, uniform heating, the forced-air circulation of the FD 260 really comes into its own. If multi-stage temperature profiles need to be run automatically, it is worth considering the FP or M series with programme functions, provided the required capacity is available in those models. The ED 260 comes as standard with two chrome-plated loading racks. Additional loading racks are available as accessories for higher loading densities, as are calibration certificates and maintenance contracts of varying scope; both can be obtained via our procurement service. Frequently asked questions about the Binder ED 260 What is the usable volume of the ED 260?255 litres, with external dimensions of 810 x 760 x 940 mm. What distinguishes the ED 260 from the FD 260?The ED 260 operates using natural convection without a fan, whilst the FD 260 uses forced air circulation and therefore heats up noticeably faster. In contrast, the ED 260 avoids air movement inside the chamber. What distinguishes the ED 260 from the smaller ED 115?With a capacity of 114 litres, the ED 115 offers less than half the usable volume but has a more compact footprint; the operating principle is identical. How energy-efficient is the ED 260 compared to other units?BINDER states that APT.line technology offers up to 30 per cent lower energy consumption compared with standard market models. Is the ED 260 also available with a 240 V connection?Yes, in addition to the 230 V version, the unit is also available as a 240 V variant. How do I clean the interior?The interior can be cleaned using standard, non-abrasive laboratory cleaning agents. We advise against the use of abrasive cleaners and products containing chlorine (practical note). What is included in the scope of delivery?The ED 260 (9010-0339), two chrome-plated insert grids and the user manual.
Binder BD 56 Standard Incubator with natural convection, 57 l, 9010-0323
The Binder BD 56 Standard Incubator is designed for routine microbiological work without compromising on sample integrity: a 57-litre useful volume, a temperature range from +5 °C above room temperature up to 100 °C, and an interior that operates entirely without a fan make it a reliable piece of equipment for quality control, training and microbiological investigations. Fanless incubation protects sensitive cultures The BD 56 operates using natural convection: heat is introduced via the APT.line preheating chamber technology onto the chamber walls, rather than actively circulating the air. This is a significant advantage for open-incubated agar plates or cell cultures, as it prevents both evaporation from being accelerated by air flow and spores from being stirred up inside the chamber. This operating principle really pays off, particularly when incubating on Petri dishes, where a stable microclimate over hours or days is crucial for reproducible results. Operation via LCD controller with USB data logging The BD 56 is controlled via a controller with an LCD display, which allows the setpoint temperature to be adjusted easily and precisely. A USB port enables the recording of process data, which is helpful for documentation in accordance with GLP guidelines or for internal quality assurance. The interior consists of corrosion-resistant, deep-drawn stainless steel with no welded seams in the corners, which facilitates cleaning between batch changes and makes it more difficult for biofilms to form. Safety in accordance with DIN 12880 and thermal decontamination An integrated Class 3.1 temperature selector monitor in accordance with DIN 12880, featuring a visual alarm, monitors the setpoint temperature independently of the control system – an important feature for unattended overnight incubation runs. As the BD 56 can heat up to 100 °C, the interior can also be used, if required, for simple hot-air decontamination between two batches to reduce the risk of cross-contamination between different samples. The full-surface inner door made of safety glass allows visual inspection of the samples without opening the main door and disrupting the temperature profile inside the chamber. Stackable to accommodate growing space requirements With external dimensions of 560 x 565 x 625 mm (W x D x H) and a weight of 39 kg, the BD 56 is compact enough for the laboratory workstation whilst also being designed to be stackable. Should the need for incubation capacity increase, a second BD 56 can be stacked on top in a space-saving manner, rather than taking up additional floor space in the laboratory. The scope of delivery includes two chrome-plated insert racks for sample storage. Natural rather than forced convection: a conscious choice With the BF series, Binder also offers standard incubators with forced air circulation. The difference is not a question of quality, but one of application: where particularly rapid, uniform heating is the priority, forced convection is advantageous. Where, on the other hand, a calm, low-draught interior is crucial – for example, with open culture dishes – the natural convection of the BD 56 is the more suitable choice. This decision should be based on the specific type of sample, not on price alone. Connection and operation With a power consumption of 0.3 kW and connection via a standard 230 V socket, the BD 56 can be operated at virtually any laboratory workstation without the need for special electrical installations. This also makes it an attractive option for laboratories requiring additional incubation capacity at short notice, without having to make structural alterations to the power supply. Typical areas of application The BD 56 covers a wide range of routine microbiological tasks: Bacterial count determination and microbiological quality control in food and beverage laboratories Incubation of agar plates and culture media in microbiology Training and university laboratories with a regular flow of samples Conditioning of heat-sensitive media prior to further processing Quality assurance in the drinks and pharmaceutical industries with a moderate sample volume For example, in a food testing laboratory, a daily series of bacterial count determinations can be incubated in the BD 56, whilst the USB data logger simultaneously records the temperature profiles for later documentation. In educational settings, the device is equally well suited to smaller practical sessions where several batches are to be incubated simultaneously, but under identical and documented temperature conditions. Technical details Temperature range+5 °C above room temperature to 100 °C Useful volume57 l Convection principleNatural convection (fanless) Heat transferAPT.line preheating chamber technology ControllerWith LCD display Data interfaceUSB for data logging Interior materialCorrosion-resistant, deep-drawn stainless steel Temperature selector switchClass 3.1 in accordance with DIN 12880, with visual alarm Inner doorSafety glass StackableYes Power consumption0.3 kW Rated voltage230 V External dimensions (W x D x H)560 x 565 x 625 mm Weight (net)39 kg Contents 1x Binder BD 56 standard incubator, 230 V (9010-0323) 2x chrome-plated insert racks Mains lead for white goods User manual Customised requirements & procurement service Further accessories are available for the BD 56, such as a stacking adapter for vibration- and tilt-proof stacking of two units, additional chrome-plated insert racks or calibration certificates. Do you require any of these items or assistance with configuration? We will be happy to assist you via our procurement service.
Binder BF 056 Standard Incubator with forced air circulation, 59 litres, 9010-0313
The Binder BF 056 is the most compact model in the BF series amongst BINDER’s standard incubators and features active air circulation within a useful volume of 59 litres. This means the unit can be accommodated as a benchtop model even in smaller laboratory spaces, for example where there is no room for a larger floor-standing incubator. The temperature range extends from 7 to 10 °C above room temperature up to 100 °C, covering standard incubation tasks in microbiology, cell culture and food testing. Uniform temperature distribution thanks to active air circulation Unlike the BD models from BINDER, which operate using natural convection, the BF 056 is equipped with an active air circulation system. A fan continuously mixes the air inside the chamber, thereby reducing temperature differences between individual shelf levels. For applications in which several samples are to be incubated simultaneously under as identical temperature conditions as possible – such as comparative series in microbiology or parallel cell culture experiments – this represents a significant practical advantage over the simpler BD model with natural convection. Compact design for laboratory benches with limited space With external dimensions of 560 x 565 x 625 mm (W x D x H) and a weight of 39 kg, the BF 056 can be placed on a laboratory bench as a benchtop unit without taking up much space. The connected load is 0.4 kW, and it operates on 230 V. Within the BF series, the BF 056 is the entry-level model; for larger sample volumes, we offer further sizes with a useful volume of up to 734 litres. Typical applications Incubation of culture media and agar plates in routine microbiological diagnostics Cell culture preparations in smaller batches Shelf-life and bacterial count determinations in food testing Incubation tasks in teaching and training where space is limited Selection guide: choosing the right size from the BF seriesWith a capacity of 59 litres, the BF 056 is the entry-level model in the BF series, which comprises a total of five sizes ranging from 59 to 734 litres:ModelUseful volumeExternal dimensions (W x D x H)WeightBF 056 (this unit)59 l560 x 565 x 625 mm39 kgBF 115114 l710 x 605 x 725 mm54 kgBF 260257 l810 x 760 x 845 mm85 kgBF 400400 l1,235 x 765 x 1,025 mm145 kgBF 720734 l1,165 x 870 x 1,590 mm166 kgFor smaller sample quantities on limited laboratory bench space, the BF 056 is a suitable compact benchtop unit. If requirements increase – for example, because more samples need to be incubated simultaneously on a regular basis – the BF 115 offers a model with almost double the volume whilst occupying a similar footprint; larger sample batches can be accommodated by the BF 260, BF 400 or BF 720.Distinction: BF, BD and KB-series cooling incubatorsIf you are looking for a unit of a similar size with natural convection rather than forced air circulation, the Binder BD 056 with a 57-litre capacity is the ideal alternative; however, for comparative series under identical conditions, the forced air circulation of the BF 056 remains the better option. If, in addition to incubation above room temperature, a range below room temperature is also required, a cooling incubator such as the Binder KB 065 – with a temperature range of 0 to 70 °C – is the appropriate choice instead of the BF 056.Technical details Temperature range7 to 10 °C above room temperature up to 100 °C Useful volume59 l Circulation systemActive air circulation (BF series) External dimensions (W x D x H)560 x 565 x 625 mm Unit weight (net)39 kg Connected load0.4 kW Rated voltage230 V Contents 1x Binder BF 056 standard incubator with forced air circulation (9010-0313) User manual Customised requirements & procurement service Through our procurement service, we can assist with sourcing suitable accessories, spare parts, custom calibration or special configurations for the BF 056. Do you need help selecting the right instrument for your application? We’d be happy to assist via our procurement service.Frequently Asked QuestionsWhat is the difference between the BF 056 and the BD 056?Both models offer virtually the same usable volume at 59 and 57 litres respectively; the BF 056 distributes heat via active air circulation, whilst the BD 056 operates using natural convection without a fan.Is the BF 056 the smallest model in the BF series?Yes, with a usable volume of 59 litres, the BF 056 is, according to the data sheet, the entry-level model of the five BF sizes ranging from 59 to 734 litres.Does the BF 056 fit on a standard laboratory bench?With external dimensions of 560 x 565 x 625 mm and a weight of 39 kg, the BF 056 is designed as a compact benchtop unit, according to the data sheet.Can the BF 056 also cool?No, according to the data sheet, the temperature range extends from 7 to 10 °C above room temperature up to 100 °C. For temperatures below room temperature, the KB 065 cooling incubator is the suitable compact alternative.
Binder B 28 Standard Incubator with mechanical control, 28 litres, B028-230V
The Binder B 28 is a simple, mechanically controlled standard incubator with a 28-litre usable volume for a temperature range of 30 to 70 °C. Unlike the other BINDER standard incubators in the BD and BF series, the B 28 does not feature a digital display or electronic control: the temperature is set mechanically. This makes the unit a simple, cost-effective basic option for applications where no digital control or documentation function is required. Mechanical control instead of digital control The B 28 is a legacy model in the BINDER range that deliberately does not feature electronic control technology. The temperature is set via a mechanical control; there is no digital display and no programming function, as offered by the electronically controlled BD or BF models. For applications where a simple, robust basic unit is sufficient – such as in teaching or training – this is not a disadvantage, but rather a deliberate decision to avoid complexity that is not required in these contexts. Anyone requiring a digital display, programme memory or data logging would be better served by the electronically controlled BINDER standard incubators in the BD or BF series. Compact basic configuration for teaching and training With external dimensions of 580 x 425 x 405 mm (W x D x H) and a weight of 23 kg, the B 28 is the most compact and lightest model amongst the BINDER standard incubators considered here. The connected load is 0.25 kW. This combination of compact design, simple operation and a comparatively low purchase price makes the B 28 an option for training institutions and cost-conscious procurement where basic functionality is sufficient. Typical areas of application Basic incubation tasks in training and school lessons Simple incubation of culture media without the need for digital documentation Cost-effective procurement for laboratories with straightforward requirements Supplementary unit for smaller sample quantities alongside electronically controlled main units Selection guide: B 28 or an electronically controlled modelAnyone requiring a digital display, programmability or data logging will find a suitable alternative in the smaller models of the electronically controlled BD and BF series:ModelUseful volumeControlExternal dimensions (W x D x H)WeightB 28 (this appliance)28 lmechanical580 x 425 x 405 mm23 kgBD 02320 lelectronic435 x 520 x 495 mm27 kgBF 05659 lelectronic560 x 565 x 625 mm39 kgWith a capacity of 20 litres, the BD 023 offers a slightly smaller usable volume than the B 28, but features electronic control with a digital display. For those requiring greater capacity and additional active air circulation, the BF 056, with a 59-litre capacity, provides a larger, electronically controlled alternative. For straightforward incubation tasks without the need for documentation, however, the B 28 remains the most cost-effective option within the BINDER standard incubator range.Distinction: mechanically controlled and electronically controlled modelsThe BD series, with which the B 28 is primarily compared here, is marketed by BINDER as the Avantgarde.Line – as the product description for the BD 115 explicitly states – featuring a digital controller and LCD display. The B 28, on the other hand, is, according to the data sheet, a legacy model outside this current product line structure, without a digital display or an interface. Within the electronically controlled models, the operating principle also differs: the BD series operates using natural convection, whilst the BF series uses active air circulation; both series are available in sizes that are both smaller and significantly larger than the B 28. If a temperature below room temperature is required, none of the three series mentioned covers this range; for this, a cooling incubator from the KB series, such as the Binder KB 065 with a temperature range of 0 to 70 °C, is the right choice.Technical details Temperature range30 to 70 °C Controlmechanical, without a digital display Net capacity28 l External dimensions (W x D x H)580 x 425 x 405 mm Unit weight (net)23 kg Power consumption0.25 kW Contents of delivery 1x Binder B 28 Standard Incubator with mechanical control (B028-230V) User manual Customised requirements & procurement service Through our procurement service, we can assist you in sourcing suitable accessories and spare parts, or in determining whether the basic B 28 or an electronically controlled model from the BD or BF series is more suitable for your application. Do you need help making a selection? We’d be happy to assist you via our procurement service.Frequently Asked QuestionsWhy does the B 28 not have a digital display?According to the data sheet, the B 28 is a mechanically controlled legacy model in the BINDER range that deliberately does not feature electronic control technology.Which standard BINDER incubators feature digital control?The BD series (natural convection, Avantgarde.Line) and the BF series (forced air) are electronically controlled and are each available in several sizes, from 20 and 59 litres respectively.Is the B 28 suitable for temperatures below room temperature?No, according to the data sheet, the temperature range is 30 to 70 °C. For applications below room temperature, a cooling incubator from the KB series is required.Is the B 28 still worth it despite the lack of a documentation function?For teaching, training or simple routine tasks that do not require digital recording, the B 28 is, according to the data sheet, a cost-effective basic model; for GLP documentation, an electronically controlled model with a USB interface is the more suitable choice.
Binder CO2 gassing module for climate chambers, control range 0 to 20 vol.%, NDIR sensor, 8012-2138
Some applications require significantly higher CO₂ concentrations than those found in natural plant growth, such as cell culture work, which traditionally requires a CO₂ incubator. With its control range of 0 to 20 vol.%, the Binder CO₂ gas supply module 8012-2138 covers precisely this broader spectrum and additionally equips a Binder KB PRO series refrigerated incubator or a KBF and KBF PRO series constant-climate chamber (development stage E7) with CO₂ control. Measuring principle and operation Like the version with the narrower control range, this module also measures the CO₂ concentration using an infrared measuring cell with an NDIR sensor and provides continuous control to a reference value. The method has fast response times and, according to the manufacturer, remains virtually drift-free between calibrations, as interference and ageing effects in the measuring system are largely ruled out. The CO₂ control is managed entirely via the MB2 controller of the climate chamber; standalone operation without a connected climate chamber is not intended. To ensure the concentration is displayed correctly in vol.%, the sea-level altitude of the installation site must be entered into the controller so that differences in air pressure do not distort the measurement. Connections and gas supply The CO₂ gas supply box has an analogue output of 4 to 20 mA for the CO₂ concentration, via which the measured value can be transmitted to an external data acquisition system or a recording device. The gas connection is made via a quick-release coupling, connected to a CO₂ gas cylinder, which is not included in the scope of delivery and must be procured separately. The data connection between the gas injection box and the climate chamber is established via a patch cable supplied with the unit; a fine gas filter in the gas injection box can be replaced if necessary. Cannot be combined with the light modules According to the operating instructions, the CO₂ gas injection module, with a control range of 0 to 20 vol.%, cannot be operated simultaneously with the ICH light module or the ICH-LQC light module, as both occupy the same interface on the climate chamber. Simultaneous operation with the LED plant light module, however, is possible, even though the wide control range up to 20 vol.% is rarely utilised in practice for pure plant growth applications and is intended more for other gas injection tasks. Those who require only low, plant-specific concentrations of up to 1 vol.% are generally better served by the more precise control range of the 8012-2140 variant. Operation and maintenance The fine gas filter in the gas supply box can be replaced as required to ensure that measurement accuracy is maintained throughout the operational life of the unit. Two CO₂ warning stickers are included in the scope of delivery and should be affixed to a clearly visible position on the climate chamber, as special safety precautions must be observed when handling CO₂ in enclosed spaces. Before initial commissioning, the correct CO₂ outlet pressure of the gas supply and the tightness of all connections must be checked, particularly given the significantly wider control range of up to 20 vol.% in this case. A connection panel on the rear of the incubator or climate chamber houses the data connection to the gas supply unit, ensuring that the cabling remains neatly organised. Typical applications Upgrading a climate chamber to function as a CO₂ incubator, for example for cell culture work Gassing experiments with higher CO₂ concentrations beyond purely botanical applications Processes that require a documented, constant CO₂ atmosphere to be recorded via an analogue output Research applications with varying CO₂ setpoints across the entire control range Installation takes place on the prepared side panel of the climate chamber, connected via a data cable, gas hose and sensor lead. Technical details CO₂ control range0 vol.% to 20 vol.% (factory setting) Minimum concentrationAmbient value (approx. 0.04 vol.%) Measurement principleNDIR sensor (non-dispersive infrared sensor) Analogue output4 to 20 mA DC Compatible series (development stage E7)KB PRO, KBF, KBF PRO Compatible sizes260, 470, 720, 1060, 1600 Controlvia MB2 unit controller; operation not possible without a climate cabinet Power supply for fumigation box24 V, via the supplied mains adaptor Scope of supply CO₂ fumigation box CO₂ sensor with cable 2 CO₂ warning stickers 24 V mains adaptor with adaptors Operating instructions 2 mounting rails with screws (4 × M8, 2 × M5) 2 silicone foam plugs for the slotted hole feed-through Patch cable for the data connection between the gas supply box and the device Hose set for the gas connection The CO₂ gas cylinder and pressure regulator are not included; these must be purchased separately. Customised requirements & procurement service Our procurement service can assist you in choosing between the CO₂ control ranges of 0 to 20 vol.% and 0 to 1 vol.%, as well as with other accessories for constant-climate cabinets and refrigerated incubators. Details can be found on our services page.
Binder KB PRO 1600 refrigerated incubator, extended temperature range –20 to 100 °C, 1,610 l, 9020-0438
The Binder KB PRO 1600 is the largest model in the KB PRO series and offers a usable volume of 1,610 litres within a temperature range of –20 °C to +100 °C. For laboratories that handle very large sample volumes and require temperature profiles outside the standard incubation range of the KB series (0 to 70 °C) – for example, for deep-freeze experiments or thermal tests well above 70 °C – the KB PRO 1600 offers the maximum capacity available in this series. Compressor cooling with an extended temperature range and R-290 The KB PRO 1600 operates with an inverter-controlled refrigeration unit and the climate-neutral refrigerant R-290. At 37 °C, the spatial temperature deviation is ±0.2 K, the temporal deviation is ±0.1 K, and the maximum heat compensation is 1,000 W. The patented APT.line preheating chamber technology ensures homogeneous temperature distribution even within this large interior. After the door has been open for 30 seconds, the setpoint temperature of 37 °C is reached again after approximately 6 minutes; energy consumption is 340 Wh/h at 25 °C and 370 Wh/h at 37 °C, whilst the sound pressure level at 25 °C is 52 dB(A). Typical applications The extended temperature range makes the KB PRO 1600 a versatile tool wherever conventional refrigerated incubation reaches its limits; with this unit size, this is particularly the case when dealing with very large sample volumes. Typical applications: Microbiological incubation and cold stress tests involving very large batches of bacterial, yeast and fungal cultures Stability testing in pharmaceutical quality control across a wide temperature range Sensory and shelf-life tests in food testing with very high sample throughput, even under deep-freeze conditions Material testing and research with defined temperature profiles from –20 °C to 100 °C Central testing laboratories and research facilities with a consistently very high capacity requirement Equipment and durability in day-to-day laboratory use The interior of the KB PRO 1600 is made entirely of stainless steel; the inner door is made of metal oxide-coated safety glass and allows visual inspection of the samples without having to open the door. A door heater prevents condensation from forming. Two stainless steel shelf grids with telescopic rails are included as standard; the interior can be expanded to accommodate up to 16 shelf grids, each with a load capacity of 40 kg, with a maximum total load of 200 kg. A feed-through with an 80 x 45 mm opening and a silicone plug allows external sensor or measurement cables to be fed through. To ensure process reliability, an independent Class 3.3 temperature selector monitor in accordance with DIN 12880, featuring visual and audible alarms, is integrated; an internal data logger records the measured values and can be read out via USB and Ethernet. The APT-COM Basic Edition management software is included as standard, whilst a device self-test enables a comprehensive status analysis. Technical details Temperature range–20 °C to +100 °C Useful volume1,610 l Internal dimensions (W x H x D)1,521 x 1,250 x 847 mm Temperature variation within the chamber (at 37 °C)± 0.2 K Temperature variation over time (at 37 °C)± 0.1 K Max. thermal compensation (at 37 °C)1,000 W Recovery time after door opening (30 s, at 37 °C)6 min Energy consumption at 25 °C / 37 °C340 Wh/h / 370 Wh/h Sound pressure level (at 25 °C)52 dB(A) RefrigerantR-290 (climate-neutral) Connected load1.8 kW Rated voltage208 to 240 V External dimensions (W x D x H)1,795 x 1,175 x 1,951 mm Unit weight (net, empty)443 kg Shelf grids (standard/max.)2 / 16, stainless steel with telescopic rails Max. load capacity per shelf40 kg Max. total load200 kg Feed-through80 x 45 mm, with silicone plugs Certification: Temperature selector switchClass 3.3 in accordance with DIN 12880, with visual and audible alarm Contents 1x Binder KB PRO 1600 refrigerated incubator (9020-0438) 2x stainless steel shelf racks with telescopic runners BINDER Multi Management Software APT-COM Basic Edition Operating instructions LED plant light and CO2 gassing for the largest KB PRO size The KB PRO 1600 can also be retrofitted with the LED plant light module (8012-2439) or the CO2 gassing module (8012-2140 for 0 to 1 vol.%, 8012-2138 for 0 to 20 vol.%); an ICH light module is not available for this size. At full white light output, the chamber reaches 640 µmol/m²/s PAR photon flux density at 25 cm, 470 µmol/m²/s at 50 cm and 380 µmol/m²/s at 75 cm, with far-red irradiance of 28 W/m² at 25 cm, each the lowest value in the entire range. The temperature range narrows to −10 °C to +60 °C during light operation, and humidity control is not available on the KB PRO series. The CO2 module leaves the range unchanged at −20 °C to +100 °C. A matching shelf set with U-rails carries item number 8012-2393; fitting is carried out on site. The modules are accessories and not included with the chamber. You will find them with prices under "Matching modules" on this page; more on our Binder page. Customised requirements & procurement service Genuine accessories are available for the KB PRO 1600, such as additional shelf grids, a flexible Pt100 internal temperature sensor for displaying or controlling the sample temperature, further silicone feed-throughs in various sizes, or the APT-COM management software (Professional Edition) for connecting to a data network. Calibration certificates and maintenance contracts can also be arranged if required. Do you require additional accessories, a bespoke configuration, or assistance in selecting the right refrigerated incubator for your application? We will be happy to assist you with procurement and configuration via our procurement service.
Binder KB 130 refrigerated incubator, 127 l net capacity, temperature range 0 to 70 °C, 9020-0472
The Binder KB 130 is a refrigerated incubator with a usable volume of 127 litres and a temperature range of 0 °C to 70 °C; it is large enough to accommodate a substantial set of samples, yet compact enough to fit as a freestanding unit in the laboratory. Whether for routine microbiological quality control or as additional incubation capacity alongside a larger cabinet, the KB 130 delivers precise, reproducible temperature conditions whilst taking up a manageable amount of space. Precise cooling with climate-neutral R-600a refrigerant The KB 130 operates with a modern inverter-driven refrigeration unit and the climate-neutral refrigerant R-600a. According to the manufacturer, the unit saves up to 40 per cent energy compared with the previous model. At 37 °C, the spatial temperature deviation is ±0.2 K, whilst the temporal deviation is ±0.1 K. The patented APT.line preheating chamber technology ensures uniform temperature distribution throughout the entire interior; as air is fed in from both sides via the chamber walls, temperature distribution remains consistent even when the shelf racks are densely loaded. Typical applications Refrigerated incubators such as the KB 130 are used wherever samples or cultures need to be maintained at a reproducible temperature below or close to room temperature. Typical applications: Microbiological incubation of bacterial, yeast and fungal cultures in routine operations Sterility tests and bacterial count determination in food analysis Environmental monitoring and water analysis in pharmaceutical quality control Sample storage as a programmable ‘weekend fridge’ for periods when the facility is unattended Additional incubation capacity in research laboratories with fluctuating sample volumes Features and operation in everyday laboratory use The interior of the KB 130 is made entirely of stainless steel; the inner door is made of metal oxide-coated safety glass and allows visual inspection of samples without opening the door. A door heater prevents condensation. Two stainless steel shelf grids are included as standard; a 30 mm diameter feed-through with a silicone plug allows external sensor or measurement cables to be fed through, and the unit is also stackable. To ensure process reliability, an independent Class 3.3 temperature selector monitor in accordance with DIN 12880, featuring visual and audible alarms, is integrated. An internal data logger records the measured values and can be read out via USB; an Ethernet interface is also available. A device self-test enables a comprehensive status analysis, and thanks to the simple programming of a second temperature setpoint, the KB 130 can be automatically switched to a lower holding temperature. A hot-air disinfection routine also supports the cleaning of the interior between test runs. Selection guide: choosing the right model sizeThe KB series offers a choice of six sizes ranging from 63 to 1,070 litres. The following table compares the actual usable volume, as confirmed by the BINDER data sheet, with the external dimensions of each size.KB 06563 l650 x 710 x 905 mmKB 130127 l900 x 710 x 1,005 mmKB 260262 l930 × 900 × 1,396 mmKB 470472 l930 x 900 x 1,951 mmKB 720727 l1,285 x 900 x 1,951 mmKB 10601,070 l1,285 x 1,175 x 1,951 mmWith a capacity of 127 litres, the KB 130 sits between the compact Binder KB 065 refrigerated incubator and the significantly larger 260 series. It is suitable for laboratories that incubate more than just a few samples, but do not yet require a freestanding unit with a height of almost 1,400 mm.Differences from the neighbouring seriesIf a wider temperature range is required, for example for experiments below freezing point or above 70 °C, the KB PRO series – which uses the same compressor principle but the R-290 refrigerant – offers a range from minus 20 °C to plus 100 °C. The KBECO series, featuring Peltier technology, provides a refrigerant-free alternative within the same 0 to 70 °C range; however, its cooling capacity is limited to a maximum of 26 to 28 °C below ambient temperature. Those who also wish to cover heating applications above 70 °C but can make do with smaller volumes will find, in the KT series – such as the Binder KT 115 cooling incubator – a Peltier unit with a temperature range of +4 °C to +100 °C.Frequently asked questions before purchaseIs the KB 130 stackable?Yes, the unit is stackable and can therefore be expanded with a second unit even where floor space is limited.What refrigerant does the KB 130 use, and how environmentally friendly is it?The KB 130 operates using the climate-neutral refrigerant R-600a and, according to the manufacturer, saves up to 40 per cent energy compared with the previous model.Can the temperature data recorded by the KB 130 be analysed?An internal data logger records the measured values, which can be downloaded via USB; an Ethernet interface is also available for network connection.How large is the feed-through for external sensors?A 30 mm diameter feed-through with a silicone plug allows external sensor or measurement cables to be inserted without compromising the airtightness of the interior.Technical details Temperature range0 °C to 70 °C Useful volume127 l Spatial temperature deviation (at 37 °C)± 0.2 K Temperature variation over time (at 37 °C)± 0.1 K Energy consumption (at 37 °C, 230 V)125 Wh/h RefrigerantR-600a (climate-neutral) Connected load1.2 kW Rated voltage230 V External dimensions (W x D x H)900 x 710 x 1,005 mm Unit weight (net, empty)124 kg Shelf grids (standard)2 x stainless steel Feed-throughØ 30 mm, with silicone plugs Certification: Temperature selector switchClass 3.3 in accordance with DIN 12880, with visual and audible alarm Contents 1x Binder KB 130 refrigeration incubator, 230 V (9020-0472) 2x stainless steel shelf grids Operating instructions Customised requirements & procurement service Original accessories are available for the KB 130, such as additional insert racks, flexible silicone feed-throughs for external sensors, or the APT-COM management software for connection to a data network. Calibration certificates and maintenance contracts can also be arranged if required. Do you require additional accessories, a bespoke configuration or assistance in selecting the right refrigerated incubator for your application? Through our procurement service, we will be happy to assist you with procurement and configuration.
Binder KBECO 400 refrigerated incubator with Peltier technology, 400 l, 230 V, 9020-0465
As soon as larger batches need to be temperature-controlled simultaneously during sample preparation or quality control, a compact refrigerated incubator quickly reaches its limits. With a usable volume of 400 litres, the Binder KBECO 400 refrigerated incubator offers significantly more capacity than the smaller KBECO 240 model, whilst continuing to operate refrigerant-free using Peltier technology across the entire temperature range from 0 °C to +70 °C. This makes it a practical solution for laboratories that need to accommodate a larger sample volume without having to switch to a high-maintenance compressor-based refrigerator. More capacity, same Peltier efficiency The operating principle remains unchanged even in the 400-litre model: a Peltier module with patented heat dissipation handles the cooling instead of a conventional compressor refrigeration cycle. This significantly reduces maintenance requirements and operating noise – an advantage that carries even greater weight in a busy laboratory setting with a larger unit such as the KBECO 400 than with smaller models. At a maximum of 28 °C below ambient temperature, the KBECO 400 reliably achieves even lower setpoint temperatures, supported by APT.line pre-heating chamber technology for uniform air circulation within the larger interior. Features for laboratory operation with higher sample throughput The inner chamber is made entirely of stainless steel, whilst the inner door, made of safety glass, allows visual inspection of the samples without having to open the door and disrupt the temperature profile. Two stainless steel sample racks are included as standard; if required, the capacity of the larger interior can be expanded accordingly. An adjustable anti-condensation system and a feed-through with a silicone plug (Ø 30 mm) for external sensors or cables complete the equipment. Documentation for GLP-compliant processes Temperature, additional information and alarms are shown on an LCD display. The internal data logger continuously records measured values and can be downloaded in an open format via USB, which is useful for the complete documentation of longer incubation or storage runs. A device self-test provides a comprehensive status analysis, whilst the Ethernet interface enables integration into the laboratory infrastructure, for example for centralised temperature monitoring across multiple devices. Typical applications With a capacity of 400 litres, the KBECO 400 is suitable for laboratories that regularly need to incubate or store larger sample volumes or multiple test series in parallel at below room temperature. In pharmaceutical quality assurance, this size is frequently used to maintain the temperature of several parallel stability batches simultaneously; in microbiology, larger culture series can be accommodated in a single unit rather than being distributed across several smaller refrigerated incubators. For research laboratories with a growing sample volume, the 400-litre model is also often the more practical first step towards the next capacity level in the KBECO series. Parallel stability testing with a higher sample throughput in pharmaceutical QC Incubation of larger culture batches in microbiology Refrigerated incubation for research laboratories with increasing sample volumes Refrigerant-free replacement for several smaller refrigeration units Selection guide: choosing the right sizeThe KBECO series comprises four sizes ranging from 247 to 1,020 litres, each featuring refrigerant-free Peltier cooling within the temperature range of 0 °C to +70 °C. The following overview compares usable volumes and external dimensions.KBECO 240247 l925 x 796 x 1,461 mmKBECO 400400 l925 × 796 × 1,946 mmKBECO 720700 l1,250 x 885 x 1,925 mmKBECO 10201,020 l1,250 x 1,149 x 1,925 mmWith a capacity of 400 litres, the KBECO 400 offers significantly more capacity than the smallest model. For those requiring even greater volumes, the Binder KBECO 720 refrigerated incubator, with a capacity of 700 litres, represents the next step up in the series.Differences from the neighbouring seriesThose who prefer conventional compressor cooling to Peltier technology will find the Binder KB 470 refrigerated incubator – a unit from the KB series with a similar usable volume, using the R-600a refrigerant and without the limitation to a specific temperature differential from ambient temperature typical of Peltier units. If the temperature range of 0 to 70 °C is insufficient, the KB PRO series with compressor technology covers an extended range from –20 °C to +100 °C. Within the Peltier family, the KT series complements the range with heating applications up to 100 °C, albeit in significantly smaller sizes up to a maximum of 163 litres.Frequently asked questions before purchaseHow does the power consumption of the KBECO 400 differ from that of the smaller model?The KBECO 400 has a connected load of 1.2 kW, compared with 0.9 kW for the smaller KBECO 240, due to the larger volume to be cooled.What interfaces does the KBECO 400 offer for data logging?An internal data logger records measured values in an open format, which can be downloaded via USB; in addition, an Ethernet interface enables integration into the laboratory infrastructure.How large is the feed-through for external sensors?A 30 mm diameter feed-through with a silicone plug allows external probes or cables to be inserted without compromising the airtightness of the interior.Technical details Temperature range0 °C to +70 °C (max. 28 °C below ambient temperature) Useful volume400 l Cooling principlePeltier module with patented heat dissipation, refrigerant-free Adjustable parametersTemperature Circulating air temperature controlYes (APT.line preheating chamber technology) Internal chamberStainless steel Inner doorSafety glass Rack (standard)2x stainless steel Anti-condensation protectionAdjustable Feed-throughSilicone plug, Ø 30 mm DisplayLCD display Data loggerInternal; measured values can be read out in an open format via USB Device self-testYes InterfaceEthernet Connected load1.2 kW Rated voltage230 V External dimensions (W x D x H)925 x 796 x 1,946 mm Unit weight (net)196 kg Contents 1x Binder KBECO 400 refrigerated incubator, 230 V (9020-0465) 2x stainless steel shelf grids Silicone plug feed-through, Ø 30 mm User manual Customised requirements & procurement service Depending on the application, additional insert racks, external temperature sensors or calibration certificates may be required for the KBECO 400. Do you require additional accessories, a customised configuration or assistance in selecting the appropriate KBECO size for your application? We will be happy to assist you with procurement and configuration via our procurement service.
Binder ICH light module for climate chambers size 720, photostability test to ICH Q1B, 8012-2442
Anyone who needs to carry out photostability tests in accordance with ICH Q1B using a larger sample size will find that the 720 size offers more usable volume than the smaller climate chambers. The Binder ICH light module 8012-2442 is designed specifically for this size and fits into climatic chambers from the KB PRO, KBF and KBF PRO series with development stage E7. Light cassette technology The module consists of a power supply unit for the side panel of the unit, as well as two light cassettes: one for visible light (VIS) and one for UVA radiation. The VIS cassette utilises LED technology and a spectrum similar to sunlight (SunLike Cool White, 6,500 K), whilst the UVA cassette uses a special fluorescent tube (Narva PUVA), as, according to the manufacturer, current LED technology is not yet capable of reproducing this spectrum in an ICH-compliant manner. Together, both cassettes generate the CIE D65 spectrum required by ICH Q1B, which corresponds to daylight grey under overcast skies. Control is via a data cable connected to the climate chamber; the irradiation duration is set as a time-interval programme on the programme controller. The light module is powered by 120 V to 240 V at 50 or 60 Hz. Lighting values and test duration for size 720 In size 720, at full light output, the module achieves a VIS illuminance of 42 klx and a UVA irradiance of 51 W/m², both measured using spherical evaluation at a distance of 12 cm from the light source. These higher values compared with the smaller sizes 260 and 470 reduce the test duration: A complete ICH-Q1B test with the required light doses of 1.2 Mlx·h of visible light and 200 Wh/m² of UVA can be completed in 29 hours for the VIS component and 4 hours for the UVA component, totalling 33 hours. For flat samples, such as printed packaging materials, the test duration is extended by a factor of 1.5 according to the manufacturer, as the spherical evaluation was originally calibrated for three-dimensional test specimens. For pharmaceutical companies with a high sample throughput, this represents a significant time saving compared with the smaller models, without altering the required light doses in any way. Control system without automatic light dose control This version has no light sensors and operates with a conventional timer: the required irradiation time is calculated once on the basis of the known light values and stored as a programme. For automatic switch-off once the target dose has been reached, including continuous measurement, the LQC variant 8012-2444 is available for the same model. In both cases, installation is carried out on site by the customer or a service partner, without the need to return the climate chamber. Typical applications Photostability testing of larger batches or sample series in accordance with ICH Q1B Stability studies for marketing authorisation dossiers of new active substances Light stress tests on primary packaging and packaging materials Combined climate and light testing in a single, larger cabinet According to the operating instructions, a CO₂ gas injection module cannot be operated simultaneously with the ICH light module, as both occupy the same interface on the climatic chamber. An LED plant light module of the same size, however, can be operated without conflict on a second climatic chamber of the same series, provided that a further unit is available. Technical details Compatible size720 Compatible series (development stage E7)KB PRO, KBF, KBF PRO Temperature range for KB PRO 720 with light5 °C to 60 °C, unregulated humidity Temperature range for KBF 720 with light20 °C to 50 °C, 20% to 50% relative humidity Temperature range KBF PRO 720 with light10 °C to 50 °C, 10% to 80% relative humidity VIS illuminance42 klx UVA irradiance51 W/m² ICH Q1B test duration29 + 4 = 33 hours Light spectrum VIS cassetteLED SunLike Cool White, 6,500 K Light spectrum, UVA cassetteNarva PUVA fluorescent tube Power supply for light module120 V to 240 V, 50/60 Hz Contents VIS light cassette with connection cable UVA light cassette with connection cable U-rails for mounting the light cassettes in the climate chamber Power supply box with ballasts/power supplies Profile rails and bolts for securing the power supply box to the climate chamber Data cable Mains cable Operating instructions The light sensors for light dose control are not included in the scope of delivery; these are provided as standard with the ICH-LQC light module 8012-2444. Customised requirements & procurement service Our procurement service can advise you on choosing between the ICH light module and the ICH-LQC light module for size 720, as well as on other accessories for constant-climate cabinets. Details can be found on our services page.
Binder KB 260 refrigerated incubator, 262 l usable volume, temperature range 0 to 70 °C, 9020-0473
The Binder KB 260 is a freestanding refrigerated incubator with a net capacity of 262 litres and a temperature range of 0 °C to 70 °C. With up to nine shelf racks, significantly more samples can be incubated simultaneously than with the compact KB models – ideal when the laboratory regularly needs to incubate large batches of cultures or test samples in parallel without compromising temperature uniformity. Precise cooling with the climate-neutral refrigerant R-600a The KB 260 operates with a modern inverter-controlled refrigeration unit and the climate-neutral refrigerant R-600a. At 37 °C, the spatial temperature deviation is ±0.2 K and the temporal deviation is ±0.1 K; this ensures that the temperature distribution remains uniform even when the unit is fully loaded with up to nine shelf racks. This is made possible by the patented APT.line preheating chamber technology, in which air is fed into the interior from both sides via the outer walls. After the door has been open for 30 seconds, the setpoint temperature of 37 °C is reached again in around 3 minutes; energy consumption is 130 Wh/h at 25 °C and 140 Wh/h at 37 °C. Typical applications Refrigerated incubators such as the KB 260 are used wherever samples or cultures need to be maintained at a reproducible temperature below or close to room temperature. Typical applications: Microbiological incubation of larger sample series in bacterial, yeast and fungal cultivation Sterility tests and bacterial count determination in food analysis Environmental monitoring and water analysis in pharmaceutical quality control Sample storage as a programmable ‘weekend fridge’ for unattended periods Research projects requiring multiple temperature-controlled test runs simultaneously Features and durability in everyday laboratory use The interior of the KB 260 is made entirely of stainless steel; the inner door is made of metal oxide-coated safety glass and allows visual inspection of the samples without opening the door. A door heater prevents condensation from forming. Two stainless steel shelf racks are included as standard; the interior can be expanded to accommodate up to nine shelf racks if required, each with a load capacity of 40 kg, with a maximum total load of 200 kg. To ensure process reliability, an independent Class 3.3 temperature selector monitor in accordance with DIN 12880, featuring visual and audible alarms, is integrated. An internal data logger records the measured values and can be read out via USB and Ethernet. A self-test function enables a comprehensive status analysis, and thanks to the simple programming of a second temperature setpoint, the KB 260 can automatically switch to a lower holding temperature. A hot-air disinfection routine also supports the cleaning of the interior between test series. Selection guide: choosing the right sizeThe BINDER KB series comprises six sizes ranging from 63 to 1,070 litres of net volume. If you are looking for the right size for your sample volume, the table below shows the actual net volume and external dimensions for each size.KB 06563 l650 x 710 x 905 mmKB 130127 l900 x 710 x 1,005 mmKB 260262 l930 × 900 × 1,396 mmKB 470472 l930 x 900 x 1,951 mmKB 720727 l1,285 x 900 x 1,951 mmKB 10601,070 l1,285 x 1,175 x 1,951 mmWith a capacity of 262 litres and up to nine shelf racks, the KB 260 marks the transition from a compact benchtop unit to a floor-standing model. For those requiring even greater capacity, the Binder KB 470 refrigerated incubator offers almost double the capacity whilst maintaining the same footprint, albeit with a greater overall height.Differences from the neighbouring seriesFor those who require temperatures below freezing or above 70 °C in addition to the 0 to 70 °C range, the Binder KB PRO 260 refrigerated incubator offers the same dimensions and the same compressor-based design, but with a temperature range of minus 20 °C to plus 100 °C and uses the refrigerant R-290 instead of R-600a. The KBECO series covers the same 0 to 70 °C range using refrigerant-free Peltier technology; here, the maximum cooling capacity is limited to 26 to 28 °C below ambient temperature. For smaller volumes requiring an additional heating function up to 100 °C, the KT series is available; however, its largest model, at 163 litres, is significantly smaller than the usable volume of the KB 260.Frequently asked questions before purchaseWhat is the maximum number of shelf racks that fit into the KB 260?Two stainless steel shelves are included as standard; if required, the interior can be expanded to accommodate up to nine shelves, each with a load capacity of 40 kg.What is the energy consumption of the KB 260?Energy consumption is 130 Wh/h at 25 °C and 140 Wh/h at 37 °C.Can the interior be disinfected between test runs?A hot-air disinfection routine facilitates the cleaning of the interior between individual test runs.Technical details Temperature range0 °C to 70 °C Useful volume262 l Internal dimensions (W x H x D)656 x 695 x 575 mm Temperature variation within the chamber (at 37 °C)± 0.2 K Temperature variation over time (at 37 °C)± 0.1 K Recovery time after door opening (30 s, at 37 °C)3 min Energy consumption at 25 °C130 Wh/h Energy consumption at 37 °C140 Wh/h RefrigerantR-600a (climate-neutral) Connected load1.3 kW Rated voltage230 V External dimensions (W x D x H)930 x 900 x 1,396 mm Unit weight (net, empty)174 kg Rack shelves (standard/max.)2 / 9, stainless steel Max. load capacity per shelf / total40 kg / 200 kg Certification of temperature selector switchClass 3.3 in accordance with DIN 12880, with visual and audible alarm Contents 1x Binder KB 260 refrigerated incubator, 230 V (9020-0473) 2x stainless steel shelf grids Operating instructions Can be retrofitted into a plant growth chamber The KB 260 can be upgraded into a plant growth chamber with the Binder LED plant light module (8012-2439); an ICH or CO2 module is not available for the standard KB series. In light operation, the smallest size in the range reaches a PAR photon flux density of 1,660 µmol/m²/s at a distance of 25 cm, the highest value in the entire range. The temperature range narrows to 15 °C to 50 °C during this time, and the KB series does not offer humidity control at all. For fitting the 16 LED light strips, a shelf set with U-rails is recommended (8012-2390), ordered separately. Installation of the module, fitting the supply box and routing the light strips and cables, is carried out on site and can be done by the customer. The modules are accessories and not included with the chamber. You will find them with prices under "Matching modules" on this page; more on our Binder page. Customised requirements & procurement service Genuine accessories are available for the KB 260, such as additional insert racks, flexible silicone feed-throughs for external sensors, or the APT-COM management software for connection to a data network. Calibration certificates and maintenance contracts can also be arranged if required. Do you need additional accessories, a bespoke configuration or assistance in selecting the right refrigerated incubator for your application? We will be happy to assist you with procurement and configuration via our procurement service.
Binder M 720 Drying and Heating Oven with forced air circulation, 735 l, 400 V, up to 300 °C, 9010-0374
The Binder M 720 drying and heating oven is the large-capacity model in the M Classic.Line series and is designed for laboratories and industrial facilities that need to process large components, multiple test specimens simultaneously or large batches of material at temperatures of up to 300 °C. With a usable volume of 735 litres and a heating power of 6 kW on a 400 V three-phase connection, the unit can handle even demanding large-scale testing and drying tasks. Touchscreen control for complex test programmes The intuitive touchscreen controller, featuring interval and real-time programming, enables complex, multi-stage test sequences even on this large-scale unit. An internal data logger and an Ethernet interface ensure comprehensive documentation of test runs, which is particularly relevant for industrial material testing where traceability requirements are high. Uniform heat distribution even with large volumes Despite the large internal chamber, APT.line technology with enhanced heating power ensures a comparatively homogeneous temperature distribution: at 150 °C, the spatial temperature deviation is 2.0 ± K, whilst the temporal deviation is 0.6 ± K. The heating time to 150 °C is 14 minutes; the air change rate at 100 °C is 40 times per hour. Due to the higher heating power, the sound pressure level of 49 dB(A) is slightly higher than that of the smaller M-series models. Typical applications Material testing and ageing tests on large components and assemblies Heat treatment of large batches of material in industrial production Drying of large quantities of laboratory glassware, moulded parts or test specimens Test programmes requiring extensive documentation via data loggers and Ethernet If an entire series of components needs to be subjected to a defined temperature profile simultaneously, for example, during the release testing of a production batch, the M 720 offers sufficient internal space for this, without the need to split the test across multiple runs. Selection guide: choosing the right model size in the M-seriesWith a capacity of 735 litres, the M 720 is the large-capacity model at the top end of the M-Series, significantly larger than the M 260 and the more compact M 56 and M 115 models. You can find the complete range of this series in our range of climate chambers & incubators.ModelUseful volume, external dimensions (W x D x H), weightM 5659 l, 560 x 596 x 622 mm, 43 kgM 115113 l, 710 x 636 x 732 mm, 58 kgM 260256 l, 810 x 786 x 962 mm, 86 kgM 720735 l, 1,160 x 816 x 1,590 mm, 170 kgFor businesses wishing to test or dry large components or large batches of material in a single pass, the M 720 is the right choice; for smaller production runs, the more compact M models are usually sufficient.Distinction: M or FD, if the full range of functions is not requiredWithin Binder’s own range of programme functions, the FP series tops out at 259 litres; there is no direct FP equivalent to the M 720 in the Binder range. If touchscreen programming with a data logger is not required for the large-capacity model, but a simpler controller with forced air circulation is sufficient, the Binder FD 720 drying and heating cabinet - which is identical in design, covers the same volume with a reduced range of functions.Technical details Temperature range14 °C above room temperature to 300 °C Usable volume735 l Spatial temperature variation (at 150 °C)2.0 ± K Temporal temperature deviation (at 150 °C)0.6 ± K Heating time to 150 °C14 min Air change rate (at 100 °C)40 times/h Sound pressure level49 dB(A) Rated voltage400 V, 3-phase Rated power6 kW External dimensions (W x H x D)1,160 x 1,590 x 816 mm Scope of delivery 1x Binder M 720 drying and heating cabinet, 400 V (9010-0374) Standard insert racks User manual Frequently asked questions before purchaseWhy is the sound pressure level of the M 720 higher than that of the smaller M models?At 49 dB(A), the sound pressure level is slightly higher than that of the smaller M models due to the higher heating power.How quickly does the M 720 heat up despite its large volume?The heating time to 150 °C is 14 minutes; the air change rate at 100 °C is 40 times per hour.What mains connection is required?The M 720 requires a 400 V three-phase connection (3~) with a rated power of 6 kW.What are the external dimensions of the M 720?The external dimensions are 1,160 x 1,590 x 816 mm, with a weight of 170 kg.Individual requirements and procurement service Further accessories are available for the M 720, such as additional insert grids, calibration certificates and maintenance contracts of varying scope. Do you require bespoke configurations, spare parts or advice on selecting the right large-capacity test chamber for your application? We’d be happy to assist you via our procurement service.
Binder FP 56 drying and heating cabinet with forced-air circulation and programme functions, 60 l, 9010-0363
The Binder FP 56 drying oven is a materials testing oven with forced air circulation and programmable functions, designed for short drying times and rapid heating in a very compact space. With a usable volume of 60 litres and a temperature range from 10 °C above ambient temperature up to 300 °C, this compact benchtop unit is suitable for testing and drying tasks where temperature and air circulation need to be controlled over extended periods. Freely programmable temperature ramps The additional programme functions and the adjustable fan allow temperature and air circulation conditions to be optimally controlled for complex test tasks. The freely programmable controller, featuring time-segment and real-time programming, enables temperature ramps or jumps with high accuracy, whilst an Ethernet interface integrates the unit into the laboratory infrastructure. The electromechanically controlled exhaust air flap adjusts the air exchange to suit the specific process. Rapid heating thanks to APT.line technology At 150 °C, the FP 56 achieves a spatial temperature deviation of 1.4 ± K and a temporal deviation of 0.4 ± K. The heating time to 150 °C is 15 minutes; after the door has been open for 30 seconds, the setpoint temperature is reached again after 4 minutes. With an air change rate of 80 times per hour at 100 °C, the forced-air circulation system ensures rapid, uniform drying results. Typical applications Material testing with defined temperature ramps and time programmes Drying of laboratory glassware and small sample quantities Short-term heat treatment with pre-programmed test profiles Long-term tests with stable temperature and air circulation control For test sequences requiring a constant combination of temperature and air exchange over several hours or days – for example, when simulating ageing processes – the FP 56 can be programmed once and will then run the stored sequence automatically. Selection guide: choosing the right size from the FP seriesWith a capacity of 60 litres, the FP 56 is the most compact model in the FP series. For those requiring more internal space for test specimens or larger batches, the FP 115 and FP 260 offer the next larger sizes with the same programming functions. The complete range of this series can be found in our range of climatic chambers and incubators.ModelUseful volume, external dimensions (W x D x H), weightFP 5660 l, 560 x 596 x 622 mm, 41 kgFP 115116 l, 714 x 636 x 732 mm, 55 kgFP 260259 l, 810 x 786 x 962 mm, 82 kgFor test sequences with a manageable sample volume that nevertheless require freely programmable temperature ramps, the FP 56 remains the most space-saving option in the range.Decision-making guide: FP or M – depending on the level of programming requiredIf time-interval and real-time programming with an Ethernet connection are sufficient for the test task, the FP 56 is the more economical choice. If a touchscreen controller, an internal data logger for comprehensive documentation or a failsafe function with a backup sensor are also required, the Binder M 56 drying and heating oven – which is identical in construction – offers a more extensive range of functions.Technical details Temperature range10 °C above ambient temperature up to 300 °C Usable volume60 l Spatial temperature variation (at 150 °C)1.4 ± K Temperature deviation over time (at 150 °C)0.4 ± K Heating time to 150 °C15 min Recovery time after door opening4 min Air change rate (at 100 °C)80 times/h Energy consumption at 100 °C180 Wh/h Energy consumption at 150 °C290 Wh/h Sound pressure level43 dB(A) Rated voltage230 V (also available in a 120 V version) Rated power1.2 kW External dimensions (W x H x D)560 x 622 x 596 mm Contents 1x Binder FP 56 drying and heating cabinet, 230 V (9010-0363) Standard insert racks User manual Frequently asked questions before purchaseCan temperature ramps be programmed on the FP 56?Yes, the freely programmable controller offers time-interval and real-time programming for temperature ramps and jumps.How quickly does the FP 56 reach 150 °C?The heating time to 150 °C is 15 minutes; after the door has been open for 30 seconds, the set temperature is reached again after 4 minutes.Can the FP 56 be integrated into a network?Yes, an Ethernet interface integrates the FP 56 into the laboratory infrastructure.Is the FP 56 also available in a 120 V version?Yes, as well as the 230 V version, a 120 V version is also available.Customised requirements & procurement service Further accessories are available for the FP 56, such as additional insert grids, calibration certificates and maintenance contracts of varying scope. Do you require bespoke configurations, spare parts or advice on selecting the right materials testing chamber for your application? We will be happy to assist you via our procurement service.
Binder KBF 130 Constant-Climate Chamber, 0 °C to 70 °C, 10 % to 80 % relative humidity, 127 l, 9020-0478
Anyone starting out with ICH stability testing on a smaller scale – for example, in formulation development or in a QC laboratory with limited floor space – does not need a room-filling climatic chamber, but rather a reliable entry-level solution for temperature and humidity testing. The Binder KBF 130 offers exactly that: 127 litres of usable volume for initial batches and small production runs, whilst featuring the same control technology as the larger models in the series. This allows standard-compliant testing to be carried out even in a small laboratory, without having to switch to a completely different operating system later on when the volume of samples increases. The Binder KBF 130 constant climate chamber is part of Binder’s KBF series and specialises in the combined control of temperature and relative humidity. The unit covers a temperature range from 0 °C to 70 °C, combined with humidity control from 10 °C to 70 °C at 10 % to 80 % r.h.. The KBF 130 thus meets all key ICH requirements for long-term tests, accelerated tests and stress tests in accordance with ICH Q1A, from control precision and programming through to documentation. The light modules for photostability and plant growth are available from size 260 upwards; they are not intended for size 130. Control technology, humidity control and safety features The unit is controlled via a touchscreen controller with time-interval and real-time programming, operated via an ergonomically adjustable control terminal. Humidity is regulated by a capacitive humidity sensor in combination with responsive steam humidification. A Class 3.3 temperature selector monitor in accordance with DIN 12880, featuring visual and audible alarms, safeguards unattended test runs, whilst a signal triangle with an illuminated status indicator displays the unit’s status even from a distance. Ethernet and USB interfaces, as well as an internal data logger with an open measurement value format, enable comprehensive documentation; the APT-COM Basic Edition software is included as standard. Users wishing to integrate the analysis into an existing quality management system can, if required, supplement the software with paid editions offering extended analysis functions. The inner chamber is made of stainless steel; the two inner doors, made of metal-oxide-coated safety glass, allow a clear view of the samples without affecting the climatic conditions. Two outer and two inner doors, each fitted with door heating to prevent condensation, together with a robust housing design featuring HIT sandwich technology, ensure a stable, well-insulated chamber that quickly returns to its set climate conditions even after frequent door openings. Cooling is provided by a modern inverter chiller using the climate-neutral refrigerant R-600a, which, according to the manufacturer’s data sheet, offers up to 40 per cent lower energy consumption compared with the previous model. Cost-effectiveness and sustainability in continuous operation Constant-climate cabinets generally operate continuously for weeks or months, so energy consumption has a significant impact on running costs. According to the manufacturer’s data sheet, the modern inverter refrigeration technology with a climate-neutral refrigerant saves up to 40% energy compared with the previous model, without compromising on the control accuracy of temperature and humidity. For laboratories with several climate-controlled cabinets operating in parallel, this difference adds up significantly over the service life; furthermore, the climate-neutral refrigerant reduces the environmental impact compared with older refrigerants. Typical applications As the most compact model in the series, the unit is particularly suitable for laboratories with limited floor space or as an entry-level solution for standards-compliant climate testing, without having to compromise on the full control capabilities of the larger models. Stability testing of smaller batches and sample series in formulation development ICH long-term and accelerated tests in accordance with ICH Q1A in pharmaceutical and cosmetics laboratories An entry-level solution for standards-compliant climatic testing in smaller QC departments Storage of reference samples and retentions under controlled climatic conditions Two stainless steel insert racks are included as standard; if required, the chamber can be fitted with additional insert racks – including reinforced ones – up to the maximum number of inserts. External water supply systems are also available for humidity control, whilst software documentation upgrades are available up to the GLP Edition. Technical details Temperature range0 °C to 70 °C Temperature range with humidity control10 °C to 70 °C Humidity range10% to 80% RH Useful volume127 l External dimensions (W × D × H)900 × 710 × 1,005 mm Unit weight (net)126 kg Power consumption1.6 kW Rated voltage230 V RefrigerantR-600a (climate-neutral) Refrigeration technologyInverter compressor cooling Humidity sensorcapacitive, with steam humidification Temperature selector switchClass 3.3 in accordance with DIN 12880, with visual and audible alarm ControlTouchscreen controller with time-based and real-time programming Data interfacesEthernet, USB Inner tankStainless steel Inner doorsMetal oxide-coated safety glass Racks (standard / max.)2 / 16 Max. load per tray / total40 kg / 200 kg Contents of delivery 1x Binder KBF 130 constant-temperature cabinet, 230 V (9020-0478) 2x stainless steel shelf grids APT-COM Basic Edition (software for device connection) User manual Customised requirements & procurement service A wide range of accessories is available for the Binder KBF 130, including reinforced or additional insert grids, calibration certificates with varying numbers of measurement points, maintenance contracts with different scopes, and external water supply systems for humidity control. Do you require any of these accessories, a bespoke configuration, or assistance in selecting the right unit for your application? We will be happy to assist you with procurement and configuration via our procurement service.
Binder ICH-LQC light module for climate chambers size 260 and 470, with light dose control to ICH Q1B, 8012-2443
The basic version of the ICH light module controls the irradiation duration via a fixed time programme on the climate chamber. The Binder ICH-LQC light module 8012-2443, on the other hand, continuously measures the light dose via two sensors and automatically switches off the light cassettes once the target dose has been reached. It features this light dose control (LQC, Light Quantity Control) for climate chambers of sizes 260 and 470 from the KB PRO, KBF and KBF PRO series with development stage E7. Configuration with two additional light sensors Like the basic version, the ICH-LQC light module consists of a power supply unit for the side wall of the unit, as well as a VIS and a UVA light cassette, which together reproduce the CIE D65 spectrum in accordance with ICH Q1B. In addition, the LQC version contains two spherical light sensors, one for the VIS range and one for the UVA range. Both sensors measure illuminance or irradiance with spherical characteristics, as is appropriate for three-dimensional test specimens. The target light dose for both types of light is stored in the climate chamber’s programme controller – typically 1.2 Mlx·h of visible light and 200 Wh/m² of UVA – and the two light cassettes switch off automatically as soon as the respective dose is reached. According to the manufacturer, for flat samples such as printed materials, the light dose should be increased by a factor of 1.5, as the spherical sensor evaluation was originally designed for three-dimensional test specimens. Light values for the 260 and 470 models In both sizes, the module achieves a VIS illuminance of 38 klx and a UVA irradiance of 37 W/m² at full light output, measured using spherical evaluation at a distance of 12 cm from the light source. This means that a complete ICH-Q1B test can be completed, in theory, in around 38 hours, with the LQC sensor system continuously measuring the actual dose rather than relying on a pre-calculated duration. This reduces the risk of under- or over-irradiation, for example if the light output of the cassettes changes slightly over the course of operation. Control via the unit controller The ICH-LQC light module is also connected to the climate chamber via a data cable and is controlled entirely via its programme controller; no additional external control unit is required. Installation is carried out on-site by the customer or a service partner. For those who do not require automatic dose control and can manage with a fixed time programme, the ICH light module 8012-2441 offers the technically simpler and more cost-effective option for the same size. For testing laboratories that regularly document their test series and need to verify the actual light dose achieved in the event of an audit request, the LQC sensor system is the more practical option, as the dose is measured directly rather than merely being derived from a duration of time. Typical applications ICH Q1B photostability tests with a documented, measured light dose rather than time-based control alone Regulatory stability tests where the actual light dose achieved must be verifiable Photostability tests on flat samples such as blister packs or folding cartons with a tailored dose specification Recurring test series where a consistent light dose is more important than a fixed test duration According to the operating instructions, a CO₂ gas injection module cannot be operated simultaneously with the ICH LQC light module, as both occupy the same interface on the climate chamber. Technical details Compatible models260, 470 Compatible series (development stage E7)KB PRO, KBF, KBF PRO Temperature range for KB PRO 260/470 with light5 °C to 60 °C, unregulated humidity Temperature range for KBF 260/470 with light20 °C to 50 °C, 20% to 50% relative humidity Temperature range KBF PRO 260/470 with light10 °C to 50 °C, 10% to 80% relative humidity VIS illuminance38 klx UVA irradiance37 W/m² ICH Q1B test duration (calculated)32 + 6 = 38 hours Light sensorsSpherical VIS sensor, spherical UVA sensor Dose factor for flat specimens1.5 times the light dose Light spectrum of VIS cassetteSunLike cold white LED, 6,500 K Light spectrum of the UVA cassetteNarva PUVA fluorescent tube Power supply for light module120 V to 240 V, 50/60 Hz Contents VIS light cassette with connection cable UVA light cassette with connection cable U-rails for mounting the light cassettes in the climate chamber Power supply box with ballasts/power supplies Profile rails and bolts for securing the power supply box to the climate chamber Data cable Mains cable Operating instructions Spherical VIS light sensor for light dose control Spherical UVA light sensor for light dose control Customised requirements & procurement service Our procurement service can advise you on choosing between the ICH light module and the ICH-LQC light module, as well as on other accessories for constant-climate cabinets. See our services page for details.