Unistat 912w - HUBER
Unistat 912w - HUBER Unistat 912w - HUBER
Technical data according to DIN 12876 Cooling water connection G1/2 male Consumption at water 15°C, flow 0°C 600 l/h min. cooling water differential pressure 3 bar max. cooling water pressure 6 bar min. filling capacity 5,2 l Filling capacity expansion tank 6,5 l Overall dimensions WxDxH ** 600x704x1565 mm Net weight 384 kg Power supply (3 Phase) 400V 3~N 50Hz max. current (3 Phase) 24,5 A Fuse (3 phase) 3x25 A alternative power supply (3 phase) 440V 3~N 60Hz alternative max. current (3 phase) 23 A alternative fuse (3 phase) 3x25 A Protection class IP20 min. ambient temperature 5 °C max. ambient temperature 40 °C from Serial-No.: 148358 1.0/12 Technical details and dimensions are subject to change. No liability is accepted for errors or omissions. Accessories and periphery: CD-SpyLight*, hose connection G1/2 male,* Com.G@te Namur, PC-Com.G@te-cabel, Thermofluid, external pressure sensor, metal hoses, braided hoses for cooling water, VPC-Bypass, external sensor, connecting cable, float switch in sight glass for extended security. Note: Pump connections: Bore shape Y (60°) according to DIN 3863, pipework/flexible tempering hoses: Ball socket according to DIN 3863, sleeve nut according to DIN 3870. * standard equipment Output data valid for: Room temperature 20°C, cooling water inlet 15°C and 3 bar differential pressure between cooling water inlet and - outlet. Cooling water circuit of copper, 1.4401, brass. The correct cooling water must be used. in accordance with EN60034-1 the following voltage and frequency tolerances are valid: Voltage + / - 5% with a simultaneous frequency tolerance of + / - 2% Example -5% voltage and +2% frequency -> not allowed! -5%voltage and -2% frequency -> allowed. ** Please respect space requirements. See operating conditions at www.huber-online.com Peter Huber Kältemaschinenbau GmbH Werner-von-Siemens-Str. 1 D-77656 Offenburg Tel 0781/9603-0 Fax 0781/57211 www.huber-online.com
Technical data according to DIN 12876<br />
Cooling water connection G1/2 male<br />
Consumption at water 15°C, flow 0°C 600 l/h<br />
min. cooling water differential pressure 3 bar<br />
max. cooling water pressure 6 bar<br />
min. filling capacity 5,2 l<br />
Filling capacity expansion tank 6,5 l<br />
Overall dimensions WxDxH ** 600x704x1565 mm<br />
Net weight 384 kg<br />
Power supply (3 Phase) 400V 3~N 50Hz<br />
max. current (3 Phase) 24,5 A<br />
Fuse (3 phase) 3x25 A<br />
alternative power supply (3 phase) 440V 3~N 60Hz<br />
alternative max. current (3 phase) 23 A<br />
alternative fuse (3 phase) 3x25 A<br />
Protection class IP20<br />
min. ambient temperature 5 °C<br />
max. ambient temperature 40 °C<br />
from Serial-No.: 148358 1.0/12<br />
Technical details and dimensions are subject to change. No liability is accepted for errors or omissions.<br />
Accessories and periphery: CD-SpyLight*, hose connection G1/2 male,* Com.G@te Namur, PC-Com.G@te-cabel, Thermofluid, external<br />
pressure sensor, metal hoses, braided hoses for cooling water, VPC-Bypass, external sensor, connecting cable, float switch in sight glass<br />
for extended security.<br />
Note: Pump connections: Bore shape Y (60°) according to DIN 3863, pipework/flexible tempering hoses: Ball socket according to DIN<br />
3863, sleeve nut according to DIN 3870.<br />
* standard equipment<br />
Output data valid for: Room temperature 20°C, cooling water inlet 15°C and 3 bar differential pressure between cooling water inlet and -<br />
outlet. Cooling water circuit of copper, 1.4401, brass. The correct cooling water must be used.<br />
in accordance with EN60034-1 the following voltage and frequency tolerances are valid:<br />
Voltage + / - 5% with a simultaneous frequency tolerance of + / - 2%<br />
Example -5% voltage and +2% frequency -> not allowed!<br />
-5%voltage and -2% frequency -> allowed.<br />
** Please respect space requirements. See operating conditions at www.huber-online.com<br />
Peter Huber Kältemaschinenbau GmbH Werner-von-Siemens-Str. 1 D-77656 Offenburg Tel 0781/9603-0 Fax 0781/57211 www.huber-online.com