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MTV Series - Diaphragm isolation solenoid valve

Orifice diameter 0.8 - 2.0mm

MTV valve
MTV 2-way valve PEEK Threaded connections
MTV 2-way valve PPS Threaded connections
MTV 2-way valve hose barbs
MTV 3-way valve Threaded connections
MTV 3-Way Valve Threaded Connections M6
MTV 3-way valve Threaded connections 1/4-28UNF
MTV 3-way valve PPS Threaded connections
MTV 3-way valve Hose connections
MTV 3-way valve Flange connections
MTV 3-way valve stainless steel
MTV 2-way valve Ventiduct
MTV 2-way valve heatable plate

Description

2/2-way and 3/2-way diaphragm isolation solenoid valves with fluid separation.

This series of isolation valves offers various models optimised for their internal volume and holding pressure effect. There are also valves for high-temperature media and for pressures up to 6 bar. Due to their high vacuum suitability on the input side, these valves can also be used in front of the pump on the suction side.

With the ventiduct option, the transfer of heat from the coil to the medium can be almost completely prevented.

Specifications

Type 2/2-way normally closed
2/2-way normally open
3/2-way
Orifice diameter 0.8 - 2.0 mm
Port connection M6 | 1/4-28UNF | hose barbs | flange
Rated voltage 12 VDC | 24 VDC
other voltages on request
Operating pressure range input: -1000 - 2000 mbar (special models up to 8000 mbar)
output (NC | NO): 0 - 1000 mbar
Diaphragm material PTFE
Body material PEEK | PPS | PTFE | PCTFE | POM | HPVC
Seal material Soft-Seal Perfluoroelastomer (FFKM) | FPM
Other materials in contact with the medium PTFE
Ceramic - AI2O3 | PEEK (for 3/2-way)
Fluid temperature range 0 - 60°C
5 - 60°C (for diaphragm: perfluoroelastomer FFKM)
Ambient temperature range 0 - 60°C
5 - 60°C (for diaphragm: perfluoroelastomer FFKM)
Power consumption 1.9 - 4.4 W
(depending on model)
Operating duration 100% ED
Mounting direction Any
Fluid Resistant to neutral and aggressive liquids / gases
(see resistance lists)
Dimensions Ø26.0 x 57.0 mm

Customizable to specific requirements (e.g. higher pressure range, different operating mode, higher temperature range, different operating voltage, different port connections, ...)

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