Brivis 3/4″ BSP Male to 3/4″ BSP Male 24 VAC solenoid for evaporative cooler (B015727)

$40.00 $30.00 Inc. GST

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Express Postage option available at checkout

Assembly Includes:

Solenoid Valve 3/4″ Male Inlet x 3/4″ Male Outlet – Terminal Ends

Technical Specification

Operating Pressure Range – 20Kpa to 1250Kpa
Power Consumption – 8VA
Frequency – 50Hz
Flow – 50LPM
Voltage Options – 24VAC/12VDC/6-12VDC Latching/240VAC
Valve Type – Normally Closed
Lead Length – 200mm
Temperature Range – 2°C – 60°C (Ambient), 2°C – 80°C (Media)


Body – 30%Glass Filled Nylon
Coil Encapsulation – 30%Glass Filled Nylon
Diaphragm – Natural Nitrile Elastomer
Disk Diaphragm – Acetal
Filter – Acetal
Application Area – Liquid, Gas & Light Oil
Made in Australia
WaterMark Approved and Compliant with ATS 5200.030

Weight0.2 kg



Usually Ships within 1 Business Day

Warranty Information

1) The product carry a standard 1 year warranty from the date of purchase.
2) Our obligation under warranty is to repair or replace the product or refund the price paid excluding shipping charges.
3) The warranty doesn't cover any physical or electrical damage to product mainly due to improper installation, product misuse and wrong wiring connections.
4) The customer need to make sure that installation of product is as per manufacturer instructions. The product warranty will stand void in case the installation is not as per the manufacturer guidelines.

Suitable models

24VAC Solenoid Valve to suit Brivis AC, AD and CC Series Models

Other models to suits:

Brivis 3/4″ to 3/4″ 24 VAC solenoid for evaporative cooler (B015727).
Breezair/Braemar/Coolair ¾” x ¾” 24Vac Solenoid Valve 834320
Breezair/Braemar/Coolair ¾” x ¾” 24Vac Solenoid Valve 834313. Part 834313 can be converted to Part 834320 by turning solenoid coil by 90 degrees.

1. Please check the voltage at terminal/leaded end of the solenoid with help of multimeter and check whether the output voltage is as per the rated coil voltage. If the voltage reading is faulty, the coil may have been turned to open circuit. If the reading is correct, proceed to the below stated steps.
2. Check the wire connection and/or the terminals to check the wire integrity.
3. Open the solenoid valve and clean any debris or external matter present in solenoid that might be obstructing the proper shutting of the solenoid.
4. Check the plunger to ensure that nothing is obstructing its movement.
5. Check whether diaphragm is seated properly in its place and there is no tear in it.
6. Make sure that the spring is retained in its place while checking the plunger movement.
7. Close the solenoid and check its working again.
8.If the solenoid still doesn’t work contact the manufacturer for a replacement.




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