12V 3600mAh NiMH Replacement Battery for ABB AC400 PLC Systems - 43.20Wh Power Backup for Industrial Automation & Control Equipment

Cameron Sino CS-ARC400SL Replacement Battery for ABB AC400 Systems – 3600mAh, 12.0V Ni-MH

Unlock the power of your ABB AC400 systems with the Cameron Sino CS-ARC400SL replacement battery. This high-performance 3600mAh Ni-MH battery is specifically engineered for long-lasting, reliable performance in your PLC applications. With a voltage rating of 12.0V and an energy capacity of 43.20Wh, the CS-ARC400SL ensures that your ABB AC400 system operates efficiently for longer periods, reducing the need for frequent recharges and increasing uptime for your operations.

Product Features:

• Capacity: 3600mAh
• Battery Type: Ni-MH
• Voltage: 12.0V
• Energy Rating: 43.20Wh
• Dimensions: 340.50 x 71.20 x 18.30mm
• Net Weight: 672g / 23.70oz
• Gross Weight: 942g / 33.23oz
• Color: Green
• EAN Code: 4894128185918
• Part Numbers: ABB 3BSC760015R1, SB522V1

Compatible Models:

• ABB: AC400, AC400 Systems

Benefits of Cameron Sino Batteries:

• Extended Battery Life: With a generous 3600mAh capacity, enjoy longer periods of uninterrupted operation, keeping your equipment up and running when it matters most.
• High-Quality Build: Constructed using premium Ni-MH technology for reliability and enhanced longevity.
• Safe and Reliable: Designed to be safe from overheating and short-circuiting, providing peace of mind while in use.
• Perfect Fit: Tailored to match the dimensions and specifications of your ABB AC400 systems for easy installation.

30-Day Return & 1-Year Warranty:

Rest assured with the Cameron Sino CS-ARC400SL, backed by a 30-day return policy and a 1-year replacement warranty. If you’re not fully satisfied, we’ll make it right.

Shop Now & Power Your ABB Systems with Confidence!

Upgrade to the Cameron Sino CS-ARC400SL replacement battery today and experience enhanced performance for your ABB AC400 systems. Say goodbye to downtime and power your PLC systems with a battery you can trust for peak efficiency.