Products Content

Online Tools

PRODUCT SPECIFIER Determine coupling types for use in your particular project

CAD Downloads Download CAD drawings of specific couplings to use directly in your design software

Product Catalogs Use of our product catalogs to view our complete product list

Product Catalog (pdf)

View all Catalogs

Request a printed copy of our catalog. If you are distributor, please click here to order in bulk.

Product Catalogs

MC NSF

See MC NSF Products

MC Series chrome-plated brass couplings are built tough and made to last in the most demanding applications. Ideal for use with higher temperatures or pressures, MC Series couplings feature one-hand operation for swift and easy connects and disconnects. MC NSF parts are listed under the criteria of the NSF/ANSI Standards.

These couplings offer the flexibility of multiple configurations and terminations and mate with both PMC acetal and PMC12 polypropylene couplings.

Assets & Downloads

Spec Sheet

MC Series

Spec Sheet available for download now.

Features		Benefits
	Brass material		Durable and able to withstand higher pressure and temperature
	Compatible		MC mates with PMC and PMC12 Series couplings
	High temperature capability		Versions rated to 400°F (204°C )
	Food grade Buna-N O-ring		Suitable for use in beverage lines

Specifications & CV Value

Operating Conditions (Fluid Transfer)

Pressure:	Vacuum to 250 psi, 17.3 bar
Temperature:	-40°F to 180°F continuous, -40°C to 82°C continuous

Materials

Main components and valves:	Chrome-plated brass
Thumb latch:	Stainless steel
Valves:	Acetal
Valve springs:	316 stainless steel
External springs and pin:	Stainless steel
O-rings:	Buna-N
Finish:	Chrome

Other

Tubing range:	1/8" to 1/4" ID, 3.2mm to 6.4mm ID

Cv Value

Cv ~ 0.51 (7.35) max
Cv ~ 0.26 (3.75) max
Cv ~ 0.24 (3.46) max
Cv values are based on gpm and psi, and Ipm and bar (shown in parentheses).

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.