CBI DC Protection Kit
CBI DC Protection Kit
CONTACT US FOR RESELLER PRICING
Ultimate safety with DC Protection Kit from CBI. Our complete kit includes a sturdy metal enclosure with pre-installed CBI circuit breakers that offer a high short-circuit capacity, protecting battery installations with ease. The circuit breakers are designed for DC applications up to 80V and are compliant with both local and international standards including IEC 60947-2 and UL 489A.
With the kit, you'll receive busbars, glands, labels and screws, making installation quick and easy. No need to attach lugs or even remove the circuit breaker for connection. The kit also allows you to disconnect both positive and negative connections, which is the best practice for inverter applications.
The DC Protection Kit has a newly designed electric low voltage, making it perfect for any battery backup installation. It measures W: 102.4mm, H: 152.4mm and D:90mm. Standard amp ratings include 100A, 125A, 150A, 175A, 200A and 250A for your convenience.
Included in the DC Protection Kit are one enclosure with glands, two CBI DC circuit breakers, four busbars with box terminal, four wall screws, drill template, and an instruction manual.
-
The Vital Role of DC Protection Kits (Battery Disconnects) for Backup and Solar Systems
DC Protection kits act as a reliable safety mechanism, disconnecting the batteries from the system during maintenance or in case of emergencies.
-
"We still in the process of having our system installed. Since the beginning of our interaction with Haultron we have had excellent service. Very professional and friendly staff. We highly recommend Haultron to anyone. Keep up the great work!"
Terence and Nela Ellis
-
"Great people all round, exceeded expectations and lives up to promises. A refreshing experience..."
Vincent Hickman
-
"Excellent service from start to finish. Constant progress updates which immediately puts an online shopper's mind at rest. I will definitely recommend Haultron."
Ellen Eades
-
"Excellent Service. I loved the communication prior to the delivery."
Ruan Venter