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PLC NSF

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The 1/4" flow PLC Series is proven worldwide in thousands of applications and offers the widest selection of sizes and configurations. PLC quick disconnect couplings are injection molded from acetal thermoplastic and are resistant to most mild chemical solutions.

These couplings offer the flexibility of multiple configurations and terminations and mate with both LC metal and PLC12 polypropylene couplings. NSF-listed versions are suitable for use with beverage and condiment lines.

The PLC Series is also available with optional RFID (Radio Frequency Identification) capability.

Assets & Downloads

Spec Sheet

PLC Series - General Purpose

Spec Sheet available for download now.

Features		Benefits
	Colder thumb latch		One-hand connection and disconnection
	Integral terminations		Fewer leak points, shorter assemblies, faster installations
	Clicks when connected		Assurance of a reliable connection
	Compatible		Mates with LC and PLC12 Series couplings

Specifications & Cv Value

Operating Conditions (Fluid Transfer)

Pressure:	Vacuum to 120 psi, 8.3 bar
Temperature:	-40°F to 180°F continuous, -40°C to 82°C continuous

Materials

Main components and valves:	Acetal
Thumb Latch:	Stainless steel
Valve spring:	316 stainless steel
External springs and pin:	Stainless steel
O-rings:	Buna-N

Other

Color:	Natural white, others available
Tubing range:	1/4" to 3/8", 6.4mm to 9.5mm

JG^® Tubing Specifications

Tube tolerances:	1/4" OD, +0.001/-0.004
Tube tolerances:	3/8" OD, +0.001/-0.004
Tube Types (Plastic tube):	Polyethylene, nylon, polyurethane
(Metal tube):	Brass, Copper and mild steel

Cv Value

Cv ~ 1.40 (20.17) max
Cv ~ 0.82 (11.82) max
Cv ~ 0.51 (7.35) max
Cv values are based on gpm and psi, and Ipm and bar (shown in parentheses).

For soft or thin wall tubing with JG terminations, tube supports are recommended

WARNING: Pressure, temperature, chemicals and operating environment can affect the performance of couplings. It is the customer’s responsibility to test the suitability of Colder products in their own application conditions. Use the graphs above as a guide.