The FILTER ELEMENT,FLUID is a IMC Toys industrial component. Key specifications include material: CELLULOSE FILTERING MEDIUM, body_width: 3.875 INCHES NOMINAL IN, body_height: 4.750 INCHES NOMINAL IN, body_length: 4.375 INCHES NOMINAL IN, design_type: NONREUSABLE, temp_rating: -50.0 FAHRENHEIT MINIMUM AND 225.0 FAHRENHEIT MAXIMUM DEGF. This product is currently in active production with full OEM support.
This part is cataloged in the Federal Logistics Information System (FLIS) under NSN 5950-00-575-0842, indicating validated use in U.S. government and defense logistics supply chains. Available through authorized enterprise resellers and TPM (Third Party Maintenance) channels.
Verify compatibility with your specific system configuration before ordering.
| material | CELLULOSE FILTERING MEDIUM |
| body_width | 3.875 INCHES NOMINAL IN |
| body_height | 4.750 INCHES NOMINAL IN |
| body_length | 4.375 INCHES NOMINAL IN |
| design_type | NONREUSABLE |
| temp_rating | -50.0 FAHRENHEIT MINIMUM AND 225.0 FAHRENHEIT MAXIMUM DEGF |
| thread_class | 2A FIRST END A |
| body_diameter | 4.250 INCHES NOMINAL IN |
| drop_pressure | ERR-060 |
| flow_direction | OUTSIDE IN |
| inclosure_type | PARTIALLY INCLOSED, DOUBLE SHELL |
| connection_type | THREADED EXTERNAL PIPE SECOND END |
| NSN | 5950-00-575-0842 |
| WINDING OPERATING CURRENT | 2.3 AMPERES AC MAXIMUM SINGLE COMPONENT SECOND SECONDARY |
| WINDING SHIELDING METHOD | INTERNAL SHIELD GROUNDED TO INCLOSURE SINGLE COMPONENT |
| WINDING OPERATING VOLTAGE | 115.00 AC VOLTS NOMINAL SINGLE COMPONENT ALL PRIMARY |
| MOUNTING FACILITY QUANTITY | 4 SINGLE GROUP |
| MOUNTING METHOD | FLANGE AND UNTHREADED HOLE(S) SINGLE GROUP |
| WINDING FUNCTION AND QUANTITY | 2 PRIMARY AND 4 SECONDARY SINGLE COMPONENT |
| INCLOSURE TYPE | PARTIALLY INCLOSED, DOUBLE SHELL |
| WINDING OPERATING CURRENT | 3.0 AMPERES AC MAXIMUM SINGLE COMPONENT FIRST SECONDARY |
| CENTER TO CENTER DISTANCE BETWEEN MOUNTING FACILITIES PARALLEL TO LENGTH | 3.375 INCHES NOMINAL SINGLE MOUNTING FACILITY SINGLE CENTER GROUP IN |
| INPUT-OUTPUT PHASE RELATIONSHIP | SINGLE PHASE TO SINGLE PHASE SINGLE COMPONENT |