Vötsch VCE 1000/S Emission Test Chamber +20°C to +130°C 480 Liter Emission Chamber
Item ID: 22421
Condition: Used
Stock: Only ${ $store.getters['22421/currentItemVariation'].stock.net } in stock
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Vötsch
Type: VCE 1000/S
Emission Chamber Water-Cooled
Test Chamber Volume 1000 liters (usable) (916) liters Setting Container 480 liters
Specifications for Temperature Tests:
Temperature Range +20°C to +130°C
Temperature Deviation Temporal K ±0.1 to ±0.3
Temperature Deviation Spatial K ±0.5
Temperature Gradient K 1
Rate of Temperature Change:
Cooling K/min 0.3
Heating K/min 0.4
Specifications for Climate Tests:
Carrier Gas Conditioning with Climate Module
according to the Evaporation Principle
Temperature Range +20°C to +130°C
Humidity Range 5 to 95%
Dew Point Range +5°C to +60°C
Humidity Deviation Temporal % ±1 to ±3
Carrier Gas Exchange Rate 0.1 to 1.8 Chamber Volume per Hour
Performance Range for Desorption
Desorption Temperature up to max. +240°C, adjustable
Test Chamber Surface Temperature between +220°C and +240°C
Flushing Process max. 4 m³/h
Test Chamber Dimensions: Width 750 mm Depth 1630 mm Height 750 mm
Test Chamber Door 670 x 670 mm
External Dimensions: Width 1350 mm Height 2950 mm Height 2050 mm
Nominal Current 32 A
Nominal Power 19.0 kW
Electrical Connection 3/N/PE AC 400V ± 10% 50Hz
Weight 1200 kg
For your safety as a buyer, the following information!
The following points will be carried out on our offered chambers in advance:
1. Function check and replacement of necessary components
2. If necessary, new filling with legally compliant refrigerant
3. Leak test with certificate
4. After successful inspection, the chambers will undergo a documented test run.
Condition: used
Scope of Delivery: (See Image)
Sale from Location
(Changes and errors in the technical data are reserved!)
We would be happy to answer any further questions by phone.
Switch to environmentally friendly refrigerant
The following work can be performed on climate chambers. Please contact us if you are interested.
- Extraction and proper disposal of the previous refrigerant
- Replacement of necessary components, if unavoidable
- Evacuate the circuit and refill it with R 452A, for example.
- Checking / adjusting overheating in expansion valves
- Leak test
- Test run of the system
