Parker Lucifer General Purpose 2/2 Brass Valve Direct Operated 1/4"Bsp N/C FKM Orifice 4mm - No Coil - Coil Group 2.0
Overview
The K Series direct operated solenoid valves includes many options to fullfill the demand of the most challenging applications in Industrial and Process markets. The solid and robust design includes a stainless steel operator rated for million of life cycles. This product solution can optimize the total ownership costs in a broad range of heavy duty and high demanding applications.
Markets:
- Industrial equipments
- Industrial automation
- Fluid and process control
Applications:
- Compressors
- Air Treatment
- Fluids and gas control
- Actuators control in safe or harsh environment including Atex
- Water and steam control
Features/Benefits:
- Compact and robust
- Wide range of coils available including Atex
- Longest life service
Specifications
| Size / port thread | orifice 0.8 to 75 mm; ports 1/8" to 1" and sub-base |
|---|---|
| Temperature Range | fluid -40°C to +180°C, set by the seat seal — NBR, FKM, EPDM, PUR, PCTFE or ruby |
| Application | 2/2 solenoid valves — shut-off and dosing, direct or servo operated, pipe, sub-base or NAMUR mounted |
| Working media | air, neutral gases, water, oils, steam and aggressive fluids depending on body and seal; brass, 303 or 316L stainless bodies |
| Maximum Operating Pressure | 0.3 to 200 bar differential. AC and DC maxima differ on the same valve — check both. Source: Parker Solenoid Valves for Fluid Control, General Catalogue 0112UK |
| Catalogue reference | AGC category: Valves - 2/2 Fluid Control |
Enquire about this part
The fastest way to get a price on this SKU is to email our quote desk — your reply lands with an engineer within 4 business hours.
Email a quote request Or use the quote form →
Parker Lucifer General Purpose 2/2 Brass Valve Direct Operated 3/8"Bsp N/C FKM Orifice 5mm - No Coil - Coil Group 2.0
Parker Lucifer General Purpose 2/2 Brass Valve Direct Operated 1/4"Bsp N/C FKM Orifice 5mm c/w Manual Override - No Coil - Coil Group 2.0
