index

Fulham Lighting Ih2-Unv-270-T8 Icehorse 2 Low Temp Ballast - 120V

  • $129.54
  • Regular price $185.06
Promo IconWELCOME5: Use code WELCOME5 for 5% off on your first order

Hurrify, 10 item(s) left in stock!

Join Waitlist
Wishlist
Customer Love Badge
Loved by +2,002 customers   
Profile 1 Profile 2 Profile 3 Profile 4

Vendor: Fulham

Type: Building Supplies

Sku: WBLSDB003U7PW8A

Available: Available

- No EU import duties.
- Ships within 1-2 business days.
- Ships in our fully recyclable and biodegradable signature boxes.
- International orders will incur shipping fees, which are calculated at checkout. International delivery typically takes 8-12 business days.

Guarantee safe checkout

Fulham Lighting Ih2-Unv-270-T8 Icehorse 2 Low Temp Ballast - 120V

$129.54

Customer Reviews

Be the first to write a review
0%
(0)
0%
(0)
0%
(0)
0%
(0)
0%
(0)

Frequently Asked Questions

  • Q: What is the operating temperature range for the Fulham Lighting IH2-UNV-270-T8 IceHorse ballast? A: The Fulham IceHorse ballast is designed for cold environments, with a minimum starting temperature of -30°C/-22°F, ensuring optimal performance even in low temperatures.
  • Q: Is the IceHorse ballast compatible with different types of T8 lamps? A: Yes, this ballast is compatible with 1 or 2 x F58T8 and F70T8 lamps, making it versatile for various lighting setups.
  • Q: What safety features does the Fulham IceHorse ballast provide? A: The ballast includes deactivated lamp protection and fault condition protection, which enhance safety during operation and ensure reliability in cold conditions.
  • Q: How should I install the IceHorse ballast? A: Installation should follow the manufacturer's instructions and comply with The National Electrical Code. Always disconnect power before servicing and ensure the ballast is properly grounded.
  • Q: What are the benefits of using a low-temperature ballast like the IceHorse? A: A low-temperature ballast like the IceHorse ensures consistent lighting performance in cold environments, enhances energy efficiency with a high power factor, and reduces total harmonic distortion (THD) to less than 10%.