VSNG10 - DIRECTIONAL CONTROL VALVES - Solenoid - Direct Operated
Description
The VSNG10 Series valve is suitable for special applications, requiring high flows but with low wattage coils.
The valve body is made with high strength iron castings provided with wide internal passages in order to minimize the flow pressure drop. The design of the VSNG10 valve body and smaller coil reduce the physical weight by over 40%, while only allowing for minimal performance reductions as compared to the standard performance D05 size valves.
Key Features:
- The valve is available with DC current solenoids only.
- The valve is also available with zinc-nickel coating that ensures a salt spray resistance up to 600 hours.
- Alternative to the standard manual override there are push, boot, knob and mechanical detect devices.
VSNG10 Solenoid Operated Directional Control Valve Form 1019656 Rev 06-20
Size: 1.17 MB
Hits: 1606
Date added: 07-24-2020
Date modified: 07-24-2020
VSNG10-2, 3 K7 w BOOT DC SOL DES A
Size: 766.70 KB
Hits: 211
Date added: 10-27-2018
Date modified: 10-27-2018
VSNG10-2, 3 K7 (DEUTSCH) DC SOL DES A
Size: 397.63 KB
Hits: 152
Date added: 10-27-2018
Date modified: 10-27-2018
VSNG10-2, 3 K2 (AMP JR) DC SOL DES A
Size: 395.64 KB
Hits: 170
Date added: 10-27-2018
Date modified: 10-27-2018
VSNG10-2, 3 K1 (DIN) DC SOL DES A
Size: 364.86 KB
Hits: 166
Date added: 10-27-2018
Date modified: 10-27-2018
VSNG10-1, 5, 6, 9 K7 DC SOL REV DES A
Size: 353.51 KB
Hits: 149
Date added: 10-27-2018
Date modified: 10-27-2018
VSNG10-1, 5, 6, 9 K7 DC SOL DES A
Size: 351.72 KB
Hits: 148
Date added: 10-27-2018
Date modified: 10-27-2018
VSNG10-1, 5, 6, 9 K2 DC SOL REV DES A
Size: 355.84 KB
Hits: 140
Date added: 10-27-2018
Date modified: 10-27-2018
VSNG10-1, 5, 6, 9 K2 DC SOL DES A
Size: 349.33 KB
Hits: 145
Date added: 10-27-2018
Date modified: 10-27-2018
VSNG10-1, 5, 6, 9 K1 DC SOL REV DES A
Size: 338.86 KB
Hits: 182
Date added: 10-27-2018
Date modified: 10-27-2018
VSNG10-1, 5, 6, 9 K1 (DIN) DC SOL DES A
Size: 325.35 KB
Hits: 165
Date added: 10-27-2018
Date modified: 10-27-2018