To see other variants and accessories, please enter the webcode on our website. webcode 1037 1 BOD Thermostatic Chambers with microprocessor control, ORI Technical data: Small model Large model Power consumption: Controller 80 W Refrigeration 120 W Heating 40 W Controller 80 W Refrigeration 150 W Heating 40 W Ambient temperature: 10 – 32°C adjustable 10 – 32°C adjustable Capacity: 180 l 352 l Temperature regulation: 20°C, ±0.5°C 20°C, ±0.5°C Sockets inside: 4 4 Cooling liquid: R 600a R 600a Outer dimensions (H×W×D): 850 × 600 × 600 mm 1800 × 600 × 610 mm Inner dimensions (H×W×D): 702 × 513 × 441 mm 1612 × 470 × 440 mm Connected load: 230 V / 50 Hz 230 V / 50 Hz Weight: 38 kg 74 kg Article Order No. Thermostatically controlled cabinet, small model 80 22 14185 1Thermostatically controlled cabinet, large model 80 22 14370 ‚ OD Determination 2 webcode WWP1J024 BOD Thermostatic Cabinets TS, WTW® The cabinets for operation at 230 V/ 50 Hz are freely adjustable from 10°C to 40°C in order to incubate samples at constant temperatures. Depending on the model, 2 or 4 connectors are available inside for stirring systems from all Oxitop® systems, and 2 to 4 systems can be loaded depending on the model. The ambient temperature should lie between 10°C and 32°C. Typical applications: BOD (20°C), biogas (35°C to 37°C). CE. 1 year warranty. Technical data: Temperature control range: +10°C to +40°C ±1 K Setting interval: 1 K Temperature stability: ±0.5 K Ambient temperature for operation: +10°C to +32°C (climate class SN) Coolant: R600a Storage: -25°C to +65°C 2 Model TS 608/2i TS 608-G/2i TS 608/4i TS 608-G/4i TS 1008i Volume l 180 180 360 360 500 Outer dimensions H×W×D mm 850×600×600 850×600×600 1640×600×610 1640×600×610 1640×750×730 Inner dimensions H×W×D mm 702×513×441 702×513×441 1452×513×441 1452×513×441 1452×600×560 Net weight kg 34 43 53 69 69 Max. power consumption W 160 320 380 380 380 Internal sockets 2 2 4 4 4 Coolant g 35 35 52 52 58 Order No. 10 81 28450 10 81 28452 10 81 28454 10 81 28456 10 81 28458 webcode WWBPE011 Special Analysis Water, Environment
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