Plant growth chambers from the APT.line™

KBW series:
Plant growth chambers with optimal lighting conditions

Precision combined with maximum dynamics. KBW exceeds any requirements with respect to optimal lighting and temperature conditions for exactly defined culture processes. Extremely short reaction times keep all growth parameters in equilibrium -- natural simulation as never before. Handling is truly enhanced by the integrated real-time clock function in the controller.

BINDER Pflanzenwachstumsschränke

  • Electronically controlled APT.line™ preheating chamber technology
  • Temperature range: -10 °C to 60 °C (14 °F to 140 °F) without illumination
  • MP controller with 2 programs with 10 sections each, alternatively switchable to 1 program with 20 sections for programming day/night cycles
  • The time interval of single program sections can be adjusted up to a maximum of either 99:59 hours or 999:59 hours. This adjustment applies to all program sections.
  • Integrated week program timer with real time function
  • Time functions: delayed ON, delayed OFF, and temperature-dependent delayed OFF
  • Adjustable ramp functions via program editor
  • Adjustable fan speed (0 to 100 %)
  • Elapsed time indicator
  • Illumination: flexible illumination cassettes with 4 daylight fluorescent tubes each (KBW 720 with 8 tubes), switchable (OFF – 50 % – 100 %)
  • Access port, Ø 30 mm (1.2 inch) , right side, top and bottom
  • Inner glass door
  • Independent adjustable temperature safety device, Class 3.1 (DIN 12880) with visual and acoustic alarm
  • Environmentally friendly refrigerant R 134a
  • RS 422 interface for communication software APT-COM™ DataControlSystem, or switch over to printer output with RS 232 / RS 422 interface converter
  • Adjustable intervals for printer
  • Flexible illumination cassettes with daylight fluorescent tubes
  • Stainless steel shelves
  • BINDER test certificate
KBW 240KBW 400KBW 720
Exterior dimensions   
Width (mm/inch) 1034 / 40.7 884 / 34.8 1234 / 48.6
Height (inclusive feet/castors) (mm/inch) 1142 / 45.0 1850 / 72.8 1816 / 71.5
Depth (mm/inch) 746 / 29.4 716 / 28.2 867 / 34.1
Plus door handle, I-panel, connection (mm/inch) 100 / 3.9 100 / 3.9 100 / 3.9
Wall clearance (mm/inch) 100 / 3.9 100 / 3.9 100 / 3.9
Wall clearance with open door(s) (mm/inch) 160 / 6.3 160 / 6.3 160 / 6.3
Steam space volume (l/cu.ft.) 308 / 10.9 515 / 18.2 855 / 30.2
Number of door(s) / inner glass door(s) 2 1 2
    
Interior dimensions   
Width (mm/inch) 800 / 31.5 650 / 25.6 1000 / 39.4
Height (mm/inch) 600 / 23.6 1308 / 51.5 1168 / 46.0
Depth (mm/inch) 500 / 19.7 470 / 18.5 600 / 23.6
Interior volume (l/cu.ft.) 240 / 8.5 400 / 14.1 700 / 24.7
Load per shelf (kg/lbs.) 30 / 66 20 / 44 45 / 99
Permitted total load (kg/lbs.) 70 / 155 100 / 221 100 / 221
Weight of the unit (empty) (kg/lbs.) 160 / 353 236 / 521 262 / 578
Shelves (number standard/max.) 2/7 3/15 3/14
Flexible adjustable illumination cassetts 2 3 3**
    
Temperature data   
Temperature range   
at 0 % illumination (°C/°F) -10–60 /14–140 -10–60 /14–140 -10–60 /14–140
at 100 % illumination (°C/°F) 14-60 / 57–140 14-60 / 57–140 30-60 / 57–140
at 0 % illumination with option reinforced refrigeration (°C/°F) -10,0-60,0/ 14–140 -10,0-60,0/ 14–140 -10,0-60,0/ 14–140
at 100 % illumination with option reinforced refrig. (°C/°F) 0-60 / 32–140 0-60 / 32–140 9-60 / 48–140
Temp. range 100 % high intensity illumination and reinforced refrigeration   
1 shelf (°C/°F) 0–60 / 32–140 -3–60 / 27–140 12–60 / 54–140
2 shelves (°C/°F) 22–60 / 72–140 12–60 / 54–140 -
3 shelves (°C/°F) - 33–60 / 91–140 -
Temperature variation   
at 0 °C (32 °F), 0 % / 100 % illumination / reinforced refrigeration (± °C) 0,7/2,5 0,7/2,9 0,7/-
at 25 °C (77 °F), 0 % / 100 % illumination (± °C) 0,4/3,6 0,5/4 0,5/-
at 25 °C (77 °F), 100 % illumination / reinforced refrigeration (± °C) 3,4 2,8 3,5
Temperature fluctuation   
during heating operation (± °C) 0,1 0,1 0,1
during cooling operation (± °C) 0,3 0,3 0,3
Heating up time at 37 °C (98.6 °F), 0 % / 100 % illumination 1) (Min.) 22/15 26/22 22/28
Cooling down time room temperature   
at 4 °C (39.2 °F), 0 % illumination 1), 2) (Min.) 77 120 125
at 4 °C (39.2 °F), 0 % / 100 % illumination / reinforced refrigeration 1) (Min.) 30/47 39/84 62/-
Recovery time after door was opened for 30 sec.   
at 4 °C (39.2 °F), 0 % illumination 1)(Min.) 5 8 10
at 4 °C (39.2 °F), 0 % / 100 % illumination / reinforced refrigeration (Min.) 3/5 3/5 5/-
at 37 °C (98.6 °F), 0 % / 100 % illumination (Min.) 3/2 2/3 2/4
Max. illumination intensity / daylight illumination tubes 3)   
(Lux) / μE/(s x m2)* / ( W/m2) UVA 9000 / 95 / 0.7 12000 / 125 / 0.65 13000 / 225/ 1.17
Max. illumination intensity / high-intensity illumination 3)   
(Lux) / μE/(s x m2)* / ( W/m2) UVA 25000 / 370 / 2.2 28600 / 430 / 2.3 30000 / 774 / 4.1
Max. illumination intensity / growth lamps 3) (Lux) / μE/(s x m2)* 4000 / 75 6300 / 77 7200 / 138
    
Electrical data   
Housing protection acc. to EN 60529 IP 20 IP 20 IP 20
Nominal voltage (±10 %) 50/60 Hz (V) 230 / 115 230 / 115 230 / 115
Nominal power (W) 1100 1350 2000
Energy consumption 2) at 37 °C (W) 100 90 160
    

1) up to 98 % of the set value
2) these energy consumption values can be used upon calculation of air conditioning systems
3) Mean values based on 9 measuring points. The distance between the measuring plain and each illuminated shelf is 12 cm (4.7 inch).
* Light measurement using Quantum sensors with cosinus correction positioned vertically upside.
** KBW 720 / 115 V: Standard equipped with 2 illumination cassettes and 2 shelves stainless steel.

All specified technical data apply for standard equipment operating at an ambient temperature of + 20 °C (68 °F), with line voltage fluctuations of ± 10%. These typical average values for series equipment were determined in accordance with the BINDER factory standard. They are based upon the recommended distances from the inner chamber walls, namely 10% of height, width and depth. Differing ambient temperatures or variances in the design of individual equipment may produce different performance data.

We therefore recommend that equipment be calibrated and/or validated on a case-by-case basis when working at the extremes of the permissible ambient temperature range.