Facebook Pixel
Sign-Up Bonus
Get 500 Reward Points instantly when you join.
Redeem Instantly
50 points = $1 off at checkout.
Earn as You Shop
$1 spent = 1 point every time you order.
Member Perks
Unlock exclusive member-only savings and offers.

Register and Earn 500 Reward Points
Toggle Nav
Search
Toggle Nav
Join Our Loyalty Program
main product photo

GC Valves HS4GH02A24 High Temperature Coil 10W NEMA4 120V

Be the first to review this product
Special Price $69.93 Regular Price $80.42
In stock
SKU
HS4GH02A24
The GC Valves HS4GH02A24 High Temperature Coil with10W 120V electrical component designed for use fluid control applications requiring accurate solenoid valve operation under elevated temperatures. Enclosed in a NEMA 4-rated housing, it is suited for conductions exposed to moisture, dust, or washdown conditions in HVAC systems. The coil connects the valve mechanism, enabling accurate control of air, water, or other compatible media within heating and cooling systems. it is used in commercial and industrial settings, it supports consistent system operational and integration within automated control assemblies.
Add to Wish List
Manufacturer:
https://www.partshnc.com/media/catalog/product/h/s/hs4gh02a24.jpg
Write Your Own Review
You're reviewing:GC Valves HS4GH02A24 High Temperature Coil 10W NEMA4 120V
Your Rating
Product Questions (2)
Customer Questions
What maintenance is required for the GC Valves HS4GH02A24 High Temperature Coil?

Regularly inspect the coil for signs of overheating, dirt buildup, or insulation wear. Ensure all electrical connections are secure and free from corrosion. Keep the coil dry and clean to maintain efficiency. Always disconnect power before handling to prevent electrical hazards.

What are common issues with the GC Valves HS4GH02A24 High Temperature Coil?

  • Overheating during prolonged use.
  • Electrical failure from damaged insulation.
  • Loose or corroded wiring connections.
  • Weak magnetic performance affecting operation.

Installation Steps

Step 1: Turn off power to the valve and ensure the system is depressurized.

Step 2: Remove the existing coil from the valve by unscrewing the mounting nut.

Step 3: Position the new coil over the valve stem and secure it with the mounting nut.

Step 4: Connect the electrical wires to the coil terminals according to the wiring diagram.

Step 5: Restore power and test valve operation to confirm proper installation.