6-10mm 1/4-3/8 Tube Refrigerant Solenoid Valve 0.05-30Bar
£78.45 incl. VAT
Description
Refrigerant gas Brass solenoid valve RSG 216-DN5-LR
Function: 2/2 normally closed (Option Normally Open)
Operation: Pressure assisted Piston
Port: 6mm, 10mm, 1/4" or 3/8" soldering tube
Copper tubes are furnace welded into the brass with silver solder at 680-700°C
Pressure: 0.05 to 30 Bar (Burst 180 Bar)
Body: Brass (Optional AISI303 stainless steel)
Internals: stainless steel
Seals: EPDM
Seat: PTFE
Media temp: -40°C to +150°C
Ambient temp: -40°C to +70°C
Media: R23, R134A, R407C, R410A, R507, R513, R1234yf, R1224yd, R1234ze, R449A, R469A refrigerant gases and other gases, oils and fluids under 40CST that are compatible with the materials of construction. (Must not be used dry - without media)
Orifice: 5.0mm
Kv flow factor: 0.3 or 0.4 m³/h according to port size based on water with 1 Bar pressure drop.
Coil: System 10/30 6 watt DC, 8VA AC IP65 Class F DIN43650A 100% duty rated
Protection: IP65 with connector (Included)
Voltages: 12vDC, 24vDC, 110vDC 200vDC and 24vAC, 110vAC and 230vAC.
Includes M3 mounting holes
Optional mounting brackets
Technical Specification
Brand: RSG regel-und steuergeräte gmbh
Model: 216-DN5-LR
Width: 30.00 mm
Height: 60.70 mm
Depth: 88.00 mm
Weight: 0.25 kg
Valve / Product Type: Solenoid Valve
Body Material: Brass
Voltage: 110vAC, 12vDC, 230VAC, 24vAC, 24vDC
Port Size: Solder Tube
Function: 2/2 Failsafe Closed
Operation: Pressure Assisted
Pressure: 0.1 Bar (100 mBar), 0.2 Bar (200 mBar), 0.3 Bar (300 mBar), 0.4 Bar (400 mBar), 0.5 Bar (500 mBar), 0.6 Bar (600 mbar), 0.7 Bar (700 mBar), 0.8 Bar (800 mBar), 1 Bar, 1.2 Bar, 1.3 Bar, 1.4 Bar, 1.5 Bar, 1.6 Bar, 2 Bar, 2.5 Bar, 3 Bar, 3.5 Bar, 4 Bar, 4.5 Bar, 5 Bar, 5.5 Bar, 6 Bar, 6.5 Bar, 7 Bar, 7.5 Bar, 8 Bar, 8.5 Bar, 9 Bar, 10 Bar, 12 Bar, 13 Bar, 14 Bar, 15 Bar, 16 Bar, 17 Bar, 18 Bar, 20 Bar, 25 Bar, 30 Bar
Seals: EPDM, PTFE (Teflon)
Approval: ATEX,WRAS,IP etc: IP65
Media: Refrigerant Gas
Options required: Mounting Bracket, Mounting Holes
Orifice: 5.0mm