Application and Electrical Checks for the ASCO E262K023S1N00H1 Valve
The ASCO E262K023S1N00H1 is identified with the ASCO 262/263 family of two-way solenoid valves. The family covers general and specialty service configurations, so a correct selection depends on the exact valve construction, electrical coil, media and installation conditions. Treat the ASCO E262K023S1N00H1 as a complete ordered code and confirm its details against the device nameplate and current manufacturer record.
Model parameters
| Parameter | E262K023S1N00H1 specification |
|---|---|
| Exact model | E262K023S1N00H1 |
| Valve function | 2/2 normally closed |
| Actuation | Direct-acting solenoid |
| Body material | Brass |
| Port connection | G 1/4; ISO 228/1 |
| Orifice | 3.2 mm |
| Coil supply | 24 VDC; 18.6 W; coil class H |
| Operating pressure | Air: 0–10 bar; water: 0–8 bar; light oil: 0–7 bar |
| Electrical connector | EN 175301-803 / ISO 4400, form A |
Define what the valve must do
For the ASCO E262K023S1N00H1, identify the required flow function, normal operating state, differential pressure and expected switching frequency. Establish whether the valve will control water, air or inert gas, light oil, hot water, steam or another medium permitted for the exact build. Include transient conditions and the consequences of a loss of electrical power.
Check wetted parts and process limits
The ASCO E262K023S1N00H1 should be evaluated against fluid compatibility, temperature, pressure and cleanliness requirements. Confirm the body and seal materials from the full configuration record; do not decode suffix characters by assumption. If the medium is corrosive, viscous, contaminated or subject to thermal cycling, request a specific suitability review.
Match the coil to the electrical supply
Before installing an ASCO E262K023S1N00H1, verify the coil voltage and AC/DC supply, frequency where relevant, electrical connection, enclosure needs and control output. Check terminal or connector orientation, cable routing and any hazardous-area requirements with the plant electrical standard. Confirm the coil selection from the nameplate rather than the appearance of a similar valve.
Plan piping and mounting
Confirm port size, thread or connection standard, flow direction and available service space for the ASCO E262K023S1N00H1. Support the piping so the valve body is not used to absorb alignment stress, and leave room for coil inspection or replacement. Protect the installation from debris and follow the specified filtration and flushing practice.
Commission the complete control loop
During commissioning of the ASCO E262K023S1N00H1, test the command signal, coil energization, valve response and downstream process result under approved conditions. Verify the pressure differential and operating sequence, then record the final electrical and process settings. Where the valve participates in an interlock, confirm the complete logic and fail response through the site's test procedure.
Related models
E262K108S1V00F8
E262K114S1TD0F8
E263K003S1N00H1
Maintain traceability
Keep the ASCO E262K023S1N00H1 nameplate information with coil details, process location, maintenance history and replacement records. If operation becomes slow or inconsistent, investigate supply voltage, contamination, pressure conditions and seal wear rather than replacing parts by family resemblance. Isolate electrical and process energy before service.
Prepare a replacement request
A purchase request for the ASCO E262K023S1N00H1 should include the exact code, medium, pressure and temperature range, required flow function, supply voltage, connector, port details, duty cycle, quantity and destination. Ask the supplier to confirm the complete valve and coil build against the installed application before substitution.
Keep the ASCO E262K023S1N00H1 code with the approved application record and complete nameplate details. Confirm the final construction, operating range and current availability before ordering or making a replacement.
