Binder Drying and Heating Chamber Type: FD 240
Item ID: 853
Condition: Used
Stock: Only ${ $store.getters['853/currentItemVariation'].stock.net } in stock
PAYMENT METHODS:
²
Binder Drying and Heating Cabinet with Forced Circulation
Here we offer a Binder drying and heating cabinet.
Drying and heating cabinets with forced circulation
A BINDER drying cabinet from the FD series is used whenever particularly fast drying and sterilization are required.
Thanks to its completely homogeneous temperature distribution, rapid dynamics, and powerful fan, it saves valuable time.
FD 240
External dimensions
Width (mm) 1034
Height (including feet) (mm) 822
Depth (mm) 745
Plus door handle and exhaust pipe (mm) 105
Wall distance at the back (mm) 100
Wall distance on the side (mm) 160
Exhaust pipe (outer diameter mm) 52
Steam chamber volume (l) 308
Number of doors (pieces) 2
Internal dimensions
Width (mm) 800
Height (mm) 600
Depth (mm) 500
Internal volume (l) 240
Insertion grid (number series/max.) 2 / 7
Load per grid (kg) 30
Permissible total load (kg) 70
Weight (empty) (kg) 96
Temperature data
Temperature range approx. 5 °C above room temperature up to (°C) 300
Spatial temperature deviation
at 70 °C (± K) 0.8
at 150 °C (± K) 2
at 300 °C (± K) 4.3
Temporal temperature deviation at 70 °C (± K) 0.3
Heating time 1)
to 70 °C (Min.) 11
to 150 °C (Min.) 24
to 300 °C (Min.) 50
Recovery time after 30 sec door open 1)
at 70 °C (Min.) 2
at 150 °C (Min.) 6
at 300 °C (Min.) 13
Air exchange data
Air changes 20
at 70 °C (x/h) 19
at 150 °C (x/h) 20
at 300 °C (x/h) 18
Electrical data
IP protection class according to EN 60529 IP 20
Nominal voltage (±10 %) 50 / 60 Hz (V) 230
Nominal power (kW) 2.7
Energy consumption
at 70 °C (W) 370
at 150 °C (W) 850
at 300 °C (W) 1400
Type: FD 240
Condition very good
Scope of delivery. (See image)
Technically flawless (function guarantee)
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
