KBF LQC 720 (E2)
Constant climate chamber with Light Quantum Control (LQC)

Genuine KBF equipment including lighting for compliance with standards, performance and functionality, with expanded photostability test features which we have patented. Two non-directional spherical sensors flexibly capture the available quantity of light at a specific sampling location more realistically than all other systems; in combination with BINDER’s light integration, this is the only method that simulates chemical actinometry electronically in accordance with ICH Q1B.

 

KBF P 240

  • Electronically controlled APT.line™ preheating chamber and refrigerating system assuring temperature accuracy and reproducible results
  • ICH-compliant illumination integrated into the doors for photo-stability testing in accordance with ICH guideline Q1B, Option 2
  • Light Quantum Control LQC, precise measurement and integration of light intensity and ultraviolet light intensity directly at the sample location, automatic deactivation after reaching the wanted light dosage
  • Temperature range -10 °C (14 °F) up to 100 °C (212 °F) - without illumination and humitiy
  • Temperature range 20 °C (68 °F) up to 90 °C (194 °F) - with illumination and humitiy
  • Humidity range 10 % RH to 90 % RH
  • MCS controller with 25 storable programs of 100 sections each for a maximum of 500 program segments
  • Features:
    - User friendly LCD screen
    - Easy-to-read menu guide
    - Integrated electronic chart recorder
    - Variety of options for the graphic display of process parameters
    - Real time clock
  • Electronically controlled humidification and dehumidification system with capacitive humidity sensor suitable for stability tests according to ICH guideline Q1A (R2)
  • Inner glass door
  • Independent adjustable temperature safety device class 3.1 (DIN 12880), with visual and audible temperature alarm
  • Access port with silicone plug Ø 30 mm (1.18 inch), right side
  • Safety connection kit for water supply and drainage, including water hose, total length 6 m (19.7 ft.)
  • RS 422 interface for use with optional GMP/GLP and FDA guideline 21 CFR Part 11 compliant APT-COM™ DataControlSystem software
  • 2 stainless steel racks included
  • BINDER test certificate

 

 

 

Technical Specifications

Exterior dimensions

 

Width (mm/inch)

1234 / 48.6

Height (inclusive castors) (mm/inch)

1816 / 71.5

Depth (mm/inch)

867 / 34.1

Plus door handle, I - panel, connection (mm/inch)

100 / 3.9

Wall clearance rear (mm/inch)

100 / 3.9

Wall clearance side (mm/inch)

160 / 6.3

Steam space volume (l/cu.ft.)

855 / 30.2

Height of water connections (± 3 mm / 0.12 inch)

190 / 7.5

Number of doors

2

Number of inner glass doors

2

Interior dimensions

 

Width (mm/inch)

1000 / 39.4

Height (mm/inch)

1168 / 46.0

Depth (mm/inch)

600 / 23.6

Interior volume (l/cu.ft.)

700 / 24.7

Racks, chrome - plated (number standard/max.)

2/14

Load per rack (kg/lbs.)

45 / 99

Permitted total load (kg/lbs.)

120 / 265

Weight of the unit (empty) (kg/lbs.)

345 / 762

Temperature data

 

Temperature range

 

without humidity / without illumin. (°C / °F)

-10 - 100 / 14- 212

with humidity / with illumin. (°C / °F)

20 - 90 / 68 - 194

Temperature variation without humidity

 

at 10 °C (± °C)

0.4

at 37 °C (± °C)

0.4

Temperature variation with humidity 2) (± °C)

1

Temperature fluctuation when heating 2) (± °C)

0.1

Temperature fluctuation when refrigerating (± °C)

0.5

Heating up time 1) 2) to 37 °C (minutes)

28

Cooling down time from room temp. 1) 2) to 10°C (minutes)

35

Recovery time after doors were open for 30 sec 1) 2)

 

to 37 °C (minutes)

5

to 50 °C (minutes)

4

Humidity fluctuation 2) 4) (± RH %)

1.5

Electrical data

 

Housing protection acc. to EN 60529

IP 20

Nominal voltage (±10 %) 50 / 60 Hz (V)

230

Nominal power (W)

2.95

Energy consumption 5) at 37 °C (W)

970

Illumination data

 

ICH compliant illumination in the doors in acc. Lux

4000

with ICH guideline Q1B Option 2 UVA (W / m2) 5)

1.7

 

 

 

Contact us on 01939 291200 or by email info@sciquip.co.uk