220V/50Hz 240V/60Hz 9W ED100% 483510S6 XS03XS6 F Parker Type Solenoid Coil

220V/50Hz 240V/60Hz 9W ED100% 483510S6 XS03XS6 F Parker Type Solenoid Coil

The ambient temperature which the parker type 483510S6 XS03XS6 F coils can withstand depends on the following factors:
1) Coil wattage.
2) Coil overheating due to continuous service energisation. May be checked by resistance change test (∆T).
3) Service of the coil (continuous service or intermittent service). Coil in continuous or intermittent use.
4) Temperature of the fluid which is shut off by the solenoid valve. Ambient conditions which may affect heat dissipation.
5) Conditions of dissipation of the environment in which the solenoid valve is installed.
All the coils, as mentioned previously, are designed for continuous service, therefore the maximum ambient temperature value (bearing in mind the influence of the fluid temperature) is 50°C (for windings in class F) and +80°C (for windings in class H).

Suitable replacement for the following OEM part numbers:
7630306 BEZZERA
5745 ESPRESSO RESOURCE
0916520029 OM GAS
439504 PARKER
C199RI CAMBI GARDOSI

Youtube Video of AC220V 483510S6 XS03XS6 F Parker Type Solenoid Valve Coil:

Main dimension of 9W ED100% 483510S6 XS03XS6 F Parker Type Solenoid Coil:

Ordering code chart of φ14.6mm Hole Diameter Parker type Solenoid Valve Coil:

Details display of ED100% 483510S6 Parker Replacement Electromagnetic Coil:

Production of Parker Type 483510S6 XS03XS6 F Electric Magnetic Coils:

Technical information of 483510S6 XS03XS6 F 439504 Parker Type Solenoid Coil:

The Parker type solenoid coils mounted on the solenoid valves are designed and tested for continuous service (100% ED). The insulation of the copper wire used for the windings are chosen according to the classes of insulation defined in the IEC recommendations.
E = 120°C, B = 130°C
F = 155°C, H = 180°C

However, if the coil is used for intermittent or short service, the maximum overheating values (∆T) occurring with continuous energisation are not attained, therefore the ambient temperature can be increased. The specific values are determined for each case, in that the applications and possible uses of a solenoid valve are numerous.

Continuous service function:
This depends on the coil classification. With unlimited operation (always energised) at an ambient temperature of 20°C, the coils, after approximately 45 - 120 min., reach the maximum temperature rise (∆T). (Rated voltage increased by 10%). In this case, the ambient temperature (as already mentioned, including any dissipation externally of high fluid temperatures) must not exceed the values indicated for each model of solenoid valve.

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