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ABB NCHM-21C 64011332E Charging Monitoring Kit

ABB NCHM-21C 64011332E Charging Monitoring Kit

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Brand:ABB PLC
Item No.:NCHM-21C
Product Origin:Sweden (SE)
Product Dimensions:150 x 69 x 30 mm
Product Weight:0.36 kg
Payment:T/T, Western Union, Credit Card
Goods_stock:15
Shipping Port:Xiamen, China
Lead Time:1-3 Days
Condition:Brand New And Original
Warranty:1 Year
Certificate:COO

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Introduction

The ABB NCHM-21C 64011332E Charging Monitoring Kit is a reliable solution for managing battery charge systems in industrial and utility applications. Designed for precision monitoring, it ensures energy storage components are protected against overcharging and deep discharge conditions, supporting operational continuity.

Its compact dimensions and lightweight construction allow seamless integration into battery cabinets or control racks without occupying excessive space. The kit’s durable design and industrial-grade components ensure consistent performance in demanding environments, making it a practical choice for both new installations and system retrofits.


Technical Specifications

ParameterSpecification
Product TypeCharging Monitoring Kit
ModelNCHM-21C
Part Number64011332E
FunctionBattery Charge Monitoring & Protection
InstallationRack / Cabinet Mounted
Operating EnvironmentIndustrial Automation & Power Systems
ProtectionMonitors overcharge & discharge conditions
Dimensions150 × 69 × 30 mm
Weight0.36 kg

Recommended Related Models

  • NCHM-21B 64011331E — Battery Monitoring Module

  • UPSM-1200 — Industrial UPS Monitoring Kit

  • BMS-500 — Battery Management System Module

  • CHM-2100 — Charging Monitoring Unit


Popular Related Models

  • NCHM-22C — Advanced Battery Monitoring Kit

  • ABB UPSM-1100 — UPS Monitoring Unit

  • BMS-450 — Industrial Energy Storage Controller

  • CHM-2200 — Battery Protection & Monitoring Module


Typical Application Areas

The NCHM-21C Charging Monitoring Kit is designed to provide accurate monitoring and protection for battery charging systems in industrial and utility applications. It ensures reliable detection of charge status and safeguards critical energy storage components.

Common deployment environments include:

  • Industrial automation backup power systems

  • Uninterruptible power supply (UPS) cabinets

  • Energy storage and battery management systems

  • Control cabinets with emergency power modules

  • Utility and power generation monitoring systems

  • Maintenance and retrofit projects for battery monitoring


Key Benefits

  • Accurate Charge Monitoring – Provides real-time tracking of battery status.

  • Enhanced System Reliability – Helps prevent overcharging and deep discharge.

  • Compact and Lightweight – Easy integration into control panels or battery cabinets.

  • Industrial-Grade Durability – Designed for demanding operational environments.

  • Easy Installation – Simple mounting and connection in standard industrial racks.

  • Maintenance-Friendly Design – Minimizes operational downtime during inspections.


Technical FAQs

1. What is the main function of the NCHM-21C kit?
It monitors battery charge status and protects energy storage systems.

2. Where is the kit typically installed?
Inside UPS cabinets, control panels, or industrial battery enclosures.

3. Is it suitable for continuous monitoring?
Yes, it is designed for long-term 24/7 industrial operation.

4. Can it prevent battery overcharge or overdischarge?
Yes, it provides protective monitoring to ensure safe battery operation.

5. Does it require additional power?
It operates within standard control voltages used in battery systems.

6. Is installation complex?
No, the kit is designed for easy integration into existing systems.

7. What industries commonly use this kit?
Industrial automation, utilities, energy storage, and manufacturing facilities.

8. Can it be used in retrofit projects?
Yes, it is frequently applied in system upgrades or replacements.

9. Does it require maintenance?
Routine inspection of connections and status indicators is recommended.

10. How does it improve system reliability?
By continuously monitoring battery conditions and signaling anomalies to prevent failure.


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