The ILB CP10 A from IOTA® is a UL Listed LED emergency driver that enables LED fixtures to deliver 90 minutes of emergency illumination during a loss of normal power.

The Constant Power design delivers 10 watts of power to the fixture and maintains the output wattage throughout emergency mode, resulting in non-diminishing foot candles for the entire runtime.

The ILB CP10 A is compatible with most Class 2 LED fixture designs operating at 10–60VDC and automatically senses the required forward voltage needed to operate the LED in emergency mode.

Dual flexible conduit allows wiring to the normal AC driver and to the single-piece test switch/charge indicator accessory.

Features

• Non-Diminishing Emergency Illumination
• Compatible with most Class 2 fixture designs
• Damp Location Listed: 32° to 131°F (0° to 55°C)
• Includes illuminated test switch/charge indicator
• 5-year limited warranty. Complete warranty terms.

Dimensions and Weight

• Length: 13.3 inches.
• Mounting center: 12.75 inches.
• Width: 2.375 inches.
• Height: 1.5 inches.
• Weight: 4.0 lb (1.81 kg).

Shipping

We are pleased to currently offer free ground or freight shipping on orders over $500 shipped to the contiguous 48 states. Items over 48 inches may be subject to additional charges. Most orders are processed and shipped out within 1-3 business days. A tracking number will be emailed to you as soon as the shipping department provides it.

Returns

Returns are accepted up to 30 days after order delivery. For all returns, you must contact us in advance to obtain a Return Material Authorization (RMA) form. You are responsible for all return shipping cost, and all shipping charges are non-refundable. All parts that have been authorized for return must be received within 14 days after RMA was issued. A 35% restocking fee applies to ALL parts returned unless you order a direct replacement. Refunds for all returned items may take up to 60 days to process after the returned item is received. All returns must be in original packaging, unused, in resellable condition.