• Parker Brand Solenoid Valve of the Marine Fuel Composite Boiler
  • Parker Brand Solenoid Valve of the Marine Fuel Composite Boiler
  • Parker Brand Solenoid Valve of the Marine Fuel Composite Boiler
  • Parker Brand Solenoid Valve of the Marine Fuel Composite Boiler
  • Parker Brand Solenoid Valve of the Marine Fuel Composite Boiler
  • Parker Brand Solenoid Valve of the Marine Fuel Composite Boiler
  • Parker Brand Solenoid Valve of the Marine Fuel Composite Boiler
  • Parker Brand Solenoid Valve of the Marine Fuel Composite Boiler
  • Parker Brand Solenoid Valve of the Marine Fuel Composite Boiler
  • Parker Brand Solenoid Valve of the Marine Fuel Composite Boiler
  • Parker Brand Solenoid Valve of the Marine Fuel Composite Boiler
  • Parker Brand Solenoid Valve of the Marine Fuel Composite Boiler
  • Parker Brand Solenoid Valve of the Marine Fuel Composite Boiler
  • Parker Brand Solenoid Valve of the Marine Fuel Composite Boiler
  • Parker Brand Solenoid Valve of the Marine Fuel Composite Boiler
  • Parker Brand Solenoid Valve of the Marine Fuel Composite Boiler
  • Parker Brand Solenoid Valve of the Marine Fuel Composite Boiler
  • Parker Brand Solenoid Valve of the Marine Fuel Composite Boiler
  • Parker Brand Solenoid Valve of the Marine Fuel Composite Boiler
  • Parker Brand Solenoid Valve of the Marine Fuel Composite Boiler
  • Parker Brand Solenoid Valve of the Marine Fuel Composite Boiler
  • Parker Brand Solenoid Valve of the Marine Fuel Composite Boiler

Parker Brand Solenoid Valve of the Marine Fuel Composite Boiler

No.121F6321、121K2423、121K6220、121K6423、122F4321、122K8321、122K9321
The fuel solenoid valve on the bulk carrier's boiler is the core actuating component of the boiler combustion control system, responsible for quickly and safely cutting off or connecting the fuel supply during ignition, combustion, and shutdown. It directly impacts the boiler's ignition success rate, combustion stability, and the operational safety of the vessel.
  • Parker Brand Solenoid Valve of the Marine Fuel Composite Boiler
  • Parker Brand Solenoid Valve of the Marine Fuel Composite Boiler
  • Parker Brand Solenoid Valve of the Marine Fuel Composite Boiler
  • Parker Brand Solenoid Valve of the Marine Fuel Composite Boiler
  • Parker Brand Solenoid Valve of the Marine Fuel Composite Boiler
  • Parker Brand Solenoid Valve of the Marine Fuel Composite Boiler
  • Parker Brand Solenoid Valve of the Marine Fuel Composite Boiler
  • Parker Brand Solenoid Valve of the Marine Fuel Composite Boiler
  • Parker Brand Solenoid Valve of the Marine Fuel Composite Boiler
  • Parker Brand Solenoid Valve of the Marine Fuel Composite Boiler
  • Parker Brand Solenoid Valve of the Marine Fuel Composite Boiler

Description

SERIES:

121F6321       7121FBF4NT0
121K2423      7121KBG1T0
121K6220      7121KNG2T0
121K6423      7121KBG2T0



CONSTRUCTION TYPE

2-way solenoid valve, controlled directly, closed without current by spring force. Electromagnetic coil with screw connection for wires of up to max. 1.5 mm². Protection type IP44 or IP65 as per DIN EN 60529 (for all valves). Electromagnetic coil protection class as per DIN EN 175301-803 (43650A) IP65 for 121F6321.
Valve body made from brass. Sealing element made from synthetic ruby.





APPLICATION

Trip device

Safety shut-off device for firing systems in accordance with DIN EN ISO 23553-1.

a)  Medium for all valves: Heating oil EL,M, S as per DIN 51603.

Medium temperature of 0°C to 160°C with coil 483824

Medium temperature of 0°C to 140°C with coil 492425

Ambient temperature of 0°C to +60℃.

b)  Coils for 121F6321:

483824 with steel housing IP44 or IP67

492425 with cable socket

DIN EN 175301-1P65

Coil for 121K2423 -121K6423

483824 with steel housing IP44

c)  Maximum Viscosity 76 cSt of 0℃ to 160℃.

d)  Applications with oil grades which are not in accordance with DIN 51603 are only permitted with express written permission from the manufacturer.



FUNCTION

2-way solenoid valve, controlled directly lf the closed solenoid valve is energized the seat opens. When the current is switched off the armature is de-energized and the seat is closed.

Spring force is used to close the seat.



INSTALLATION

Before installing a solenoid valve please verify model is appropriate and doublecheck that product specification related to nominal voltage, frequency, media type and temperature, pressure and flow rate are alige.




CONNECTION

Before installing the device please verify the flow path indication on valve body made by an arrow, a number or letter At the valve entrance a filter is installed that conforms to the relevant standards.

This must not be removed

The tightness of the valve connection must be achieved without additional sealants; such as a Teflon band, for example.

Never use coil or sleeve as lever when you are fixing the valve to the pipes: this might cause deformation of the sleeve causing the device breakdown.If necessary please use an appropriate wrench on valve body parallel faces.

 

MAINTENANCE


Stop supplying energy and pressurized flow to the device before starting any maintenance.

Clean and inspect all those parts which might be affected by deterioration/worn.

In re-assemblig the valves please check all the components to be monted in the same position as before, avoiding any damage to internal parts.

When enerqized, the coil must be only used on the valve and never without a housing* and base plate*




SERIES:

122F4321      DIN CERTCO Register No. 5S234
122K8321      DIN CERTCO Register No. 5S107
122K9321      DIN CERTCO Register No. 5S106




CONSTRUCTION TYPE

2-way solenold valve, controlled directly, open without current using spring force.

Electromagnetic coll with screw connection for wires of up to max.1.5 mm², Protection type IP44 or IP65 in accordance with DIN EN 60529.

Valve body made from brass. Sealing element made from synthetic ruby.







APPLICATION

Quick-open device.

Safety shut-off device for firing systems in accordance with DIN EN ISO 23553-1.

a) Medium: Fuel oll EL, M, S in accordance with DIN 51603.

Medium temperature of 0°C to +160℃ with coil 483824

Medium temperature of 0°C to +140°C with coil 482425

Medium temperature of 0°C to +120°C with coll 483764

Ambient temperature of 0℃ to +60℃

b)  Coll for 122F4321: 483824 with steel housing IP44 or IP67

483764-492475 with cable socket in accordance with DIN EN 175301- IP65

Coil for 122K8321, 122K9321: 483824 with steel housing IP44

c)  Maximum viscasity 76 cSt from 0℃ to 160℃

d)  Applications with oil grades, which are not in accordance with DIN 51603, are only permitted with express written permission from the manufacturer.



MODE OF ACTION

If the opened solenoid valveis activated the seat closes. When tuming off the power, the armatureis moved upwards and the seat is opened.

Spring tension is used to open the seat.

INSTALLATION

Before installation, ensure that the correct type of valve, max. pressure range, voltage, and other values provided on the rating plate or magnetic coll are used. Valves can be installed in any location required.

Pipe connection

Take note of the pressure iniet side (denoted by the arrow on the body of the valve). In the system, a standard-compliant dirt trap with a maximum mesh size of 0.5 mm must be connected upwards, upstream of the valve.

The tightness of the valve connection must be achieved without additional sealants; such as a Teilon band, for example. Do not use the controller as a lever to tighten the pipe connections. Use the connection to avoid high mechanical tension.




MAINTENANCE

If the valve is removable, the electrical circuit and the medium pressure must be switched off before any repair work.

When live, the coll may only be used on the valve and never without a housing* and base plate*



CLEANING

The period of time between cleaning and revision work depends mainly on the operating cycles of the valve.

Root cause analysis

If the valve will not close, even with live electronic parts, perform the following checks:

- Main fuse of the general power grid

- Electrical connections (phase, grounding, etc.)

- Cable isolation

- Operating conditions of the electrical parts (number of switching cycles per minute, medium and ambient temperature)

- Voltage (-15%+10% of the nominal voltage listed on the coil)

- Medium pressure

If a leak occurs in the valve, clean the intemal parts with soapy water or use a new valve.





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