Antistatic Tubing Series TA Install an air dryer, aftercooler, etc. Excessive condensate in a compressed air system may cause valves and other pneumatic equipment to malfunction. Installation of an air dryer, after cooler etc. is recommended. 3. Drain flushing If condensate in the drain bowl is not emptied on a regular basis, the bowl will over flow and allow the condensate to enter the compressed air lines.
Install an air dryer, aftercooler, etc. Excessive condensate in a compressed air system may cause valves and other pneumatic equipment to malfunction. Installation of an air dryer, after cooler etc. is recommended. 3. Drain flushing If condensate in the drain bowl is not emptied on a regular basis, the bowl will over flow and allow the condensate to enter the compressed air lines.
Install an air dryer, aftercooler, etc. Excessive condensate in a compressed air system may cause valves and other pneumatic equipment to malfunction. Installation of an air dryer, after cooler etc. is recommended. 3. Drain flushing If condensate in the drain bowl is not emptied on a regular basis, the bowl will over flow and allow the condensate to enter the compressed air lines.
Install an air dryer, aftercooler, etc. Excessive condensate in a compressed air system may cause valves and other pneumatic equipment to malfunction. Installation of an air dryer, after cooler etc. is recommended. 3. Drain flushing If condensate in the drain bowl is not emptied on a regular basis, the bowl will over flow and allow the condensate to enter the compressed air lines.
Install an air dryer, aftercooler, etc. Excessive condensate in a compressed air system may cause valves and other pneumatic equipment to malfunction. Installation of an air dryer, after cooler etc. is recommended. 3. Drain flushing If condensate in the drain bowl is not emptied on a regular basis, the bowl will over flow and allow the condensate to enter the compressed air lines.
Install an air dryer, aftercooler, etc. Excessive condensate in a compressed air system may cause valves and other pneumatic equipment to malfunction. Installation of an air dryer, after cooler etc. is recommended. 3. Drain flushing If condensate in the drain bowl is not emptied on a regular basis, the bowl will over flow and allow the condensate to enter the compressed air lines.
Install an air dryer, aftercooler, etc. Excessive condensate in a compressed air system may cause valves and other pneumatic equipment to malfunction. Installation of an air dryer, after cooler etc. is recommended. 3. Drain flushing If condensate in the drain bowl is not emptied on a regular basis, the bowl will over flow and allow the condensate to enter the compressed air lines.
Install an air dryer, aftercooler, etc. Excessive condensate in a compressed air system may cause valves and other pneumatic equipment to malfunction. Installation of an air dryer, after cooler etc. is recommended. 3. Drain flushing If condensate in the drain bowl is not emptied on a regular basis, the bowl will over flow and allow the condensate to enter the compressed air lines.
Please refer to the catalogue to confirm the sizes of the fittings to be used. n: Number of stations (mm) 5 6 1 26 52 2 36 52 3 46 62 4 56 72 5 66 82 6 76 92 7 86 102 8 96 112 n L1 L2 EXH EXH P PE P PE V V V V Circuit ZQ13M-K1-D ZQ13M-K2-DK ZQ13M-J1-F ZQ13M-Q1-FK 13-9-9 10 Series ZQ Manifold Exploded View 6 3 6 4 6 Courtesy of Steven Engineering, Inc.-230 Ryan Way, South San Francisco, CA
Please refer to the catalogue to confirm the sizes of the fittings to be used. n: Number of stations (mm) Dimensions 5 6 1 26 52 2 36 52 3 46 62 4 56 72 5 66 82 6 76 92 7 86 102 8 96 112 n L1 L2 EXH EXH P PE P PE V V V V Circuit ZQ13M-K1-D ZQ13M-K2-DK ZQ13M-J1-F ZQ13M-Q1-FK 9 Series ZQ Manifold Exploded View 6 3 6 4 6 b b view 4 6 2 a 5 a 5 5 Component Parts No.
An angled supply port facilitates the supply of circulating fluid, even when units are stacked. A large digital display provides a clear view of the current and set values.
An angled supply port facilitates the supply of circulating fluid, even when units are stacked. A large digital display provides a clear view of the current and set values.
A variety of mounting options and port connections make the F-3000 Series an excellent choice for the O.E.M.
Cooling Capacity: 400 (38 kW), Cooling Method: A (Air-cooled Refrigeration), Pipe Thread: Rc, Power Supply: 46 (50/60Hz: 3-phase 380 to 415 VAC; 60Hz: 3-phase 460 to 480 VAC)
Cooling Capacity: 400 (38 kW), Cooling Method: A (Air-cooled Refrigeration), Pipe Thread: F (G, with Rc-G Conversion Fitting), Power Supply: 46 (50/60Hz: 3-phase 380 to 415 VAC; 60Hz: 3-phase 460 to 480 VAC)
Cooling Capacity: 38 kW, Cooling Method: Air-cooled Refrigeration, Pipe Thread: Rc, Power Supply: 50/60Hz: 3-phase 380 to 415 VAC; 60Hz: 3-phase 460 to 480 VAC, Option: -
An angled supply port facilitates the supply of circulating fluid, even when units are stacked. A large digital display provides a clear view of the current and set values.
Cooling Capacity: 400 (38 kW), Cooling Method: A (Air-cooled Refrigeration), Pipe Thread: F (G, with Rc-G Conversion Fitting), Power Supply: 46 (50/60Hz: 3-phase 380 to 415 VAC; 60Hz: 3-phase 460 to 480 VAC), Option: Option Combination A+K
Cooling Capacity: 400 (38 kW), Cooling Method: A (Air-cooled Refrigeration), Pipe Thread: Rc, Power Supply: 46 (50/60Hz: 3-phase 380 to 415 VAC; 60Hz: 3-phase 460 to 480 VAC), Option: K (w/Fluid Fill Port)
Cooling Capacity: 400 (38 kW), Cooling Method: A (Air-cooled Refrigeration), Pipe Thread: F (G, with Rc-G Conversion Fitting), Power Supply: 46 (50/60Hz: 3-phase 380 to 415 VAC; 60Hz: 3-phase 460 to 480 VAC), Option: Option Combination A+D+K