FP352S ZSi-Foster Quick Disconnect FJT Series - 3/8" Plug - 1/4" MPT - Steel

FP352S by ZSi-Foster | Quick Disconnect | FJT Series | 3/8" Plug | 1/4" MPT | Steel

Save $5.33

$13.33

$13.33 - $13.33

$13.33

$8.00

$8.00 - $8.00

$8.00

ZSi-Foster Quick Disconnect Couplings - Non-Standard Interchange Design - 3/8" FJT Series - Plugs - Male Thread

Specifications for Variant SKU: FP352S ZSi-Foster
Series:	FJT Series
Shape (Orientation):	Straight
Material(s):	Steel

Interchange:
Interchange with DME, Jiffy-Tite, Jiffy-Matic, Parker Moldmate
Applications:
Injection Mold Series couplings are specifically designed for connecting coolant lines to molds and dies, on injection molding machinery in the plastics and die casting industries. Injection Mold Series couplings significantly reduce machine downtime by providing fast and easy connection of coolant lines during mold changes. Their short nipples can be recessed below the surface of the mold for more efficient storage of molds. Mold Series couplers are available with or without valves in the female half. Non-valved couplers provide maximum flow for efficient cooling. Valved couplers shut off when disconnected.
Features:
Type: Straight-Thru, One Way or Two Way Operation: Manual - Socket sleeve must be manually retracted to connect and disconnect Precision leakproof seal Two piece construction on straight stem sockets Double knurl on socket sleeve for easier grip Sockets have six balls. Temperature Range: -65 deg. F to +425 deg. F Rated Pressure: 200 PSIG
Selection Guidelines:
Injection Mold Series couplings are designed for a maximum working pressure of 200 PSI. Most thermoplastic and thermostat heat transfer systems have pumps which provide relatively high flow rates at relatively low pressures. Water and water glycol (anti-freeze) systems usually have capacities ranging from 10 to 40 gpm, with most from 10 to 15 gpm Normal medial opening pressures are 20 to 60 PSI for these systems. Heat transfer systems using oil generally operate from 10 to 30 PSI. However, their flow rates are usually much higher, requiring the total volume of oil to be circulated at least once per minute. The number of hose connections in a single mold system results in a cumulative pressure drop. Please note the Pressure Drop vs. Flow Rate chart provided, to select the appropriate size. Temperature is another important consideration. Injection Mold Series couplings with their standard Silicone seal have a temperature capability of -65 deg. to +425 deg. F. Rapid deterioration of the seal and leaking may result if used beyond these limits. External conditions of temperature, corrosive atmospheres, and other abnormalities may affect coupling performance and must be considered when selection is made consult factory with questions.
Diagram:
1. Available with or without valves in the coupler. Non-valved couplers have minimum flow resistance for maximum cooling. Valved couplers shut off automatically upon disconnect. Valved couplers can be used with either valved or non-valved nipples. 2. Nipples are designed to be recessed below mold surfaces to provide more efficient storage of molds and prevent damage to the nipple. 3. Widest choice of end fittings available, including straight, 45 deg. or 90 deg. with standard hose barb or Push-Lok barbs for easy installation. 4. Couplers and nipples are made of corrosion resistant steel and brass.

Part Number	FPT Size	Description
FP351	1/8"	Brass
FP352	1/4"	Brass
FP352S	1/4"	Steel
FP353	3/8"	Brass
FP353V	3/8"	Brass, Valved Plug, for Two Way sockets
FP354	1/2"	Brass

-

ZSi Foster

ZSi-Foster is a leading manufacturer and supplier of highly engineered, mission critical clamping and coupling devices as well as USA-manufactured strut and strut accessories. Our clamping products are specified for the most demanding environments and applications to eliminate damage due to vibration, shock, surge and corrosion and to eliminate unwanted noise. Our coupler products provide the highest quality connections for pipe, tube and hose in hydraulic and pneumatic applications.

Shop Parts by ZSi Foster