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Ampere Hour Meter with Charge Discharge

Ampere Hour Meter with Charge Discharge

Product Details:

  • Usage & Applications Battery Testing, Battery Charging & Discharging System, Industrial Battery Rooms, Power Banks
  • Resistant Feature Shock & Flame Resistant Body
  • Batteries Type Lead Acid, Li-ion, NiCd, SMF, and Other Rechargeable Batteries
  • Accuracy 1% FSD
  • Product Type Ampere Hour Meter with Charge Discharge
  • Material High Grade ABS Plastic
  • Measuring Voltage Range 10V-300V DC
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Ampere Hour Meter with Charge Discharge Product Specifications

  • High Grade ABS Plastic
  • Approx. 450 grams
  • Shock & Flame Resistant Body
  • Battery Testing, Battery Charging & Discharging System, Industrial Battery Rooms, Power Banks
  • 96 mm x 96 mm x 110 mm
  • Ampere Hour Meter with Charge Discharge
  • DC Application (Not Applicable)
  • Black Front with Grey/White Body
  • Standard Panel Mount (96mm x 96mm)
  • 1% FSD
  • 10V-300V DC
  • Over Voltage & Over Current Protection
  • Yes
  • 0C to 50C
  • Lead Acid, Li-ion, NiCd, SMF, and Other Rechargeable Batteries

Product Description


  • Model code:808AH
  • Product Name:Ampere Hour Meter with Charge Discharge
  • Category:ampere_hour_meters
  • Sub Category:battery_testing_application

Specification

Display

4 Digit 7 Segment Red LED display for Charging Ampere Hours
4 Digit 7 Segment Red LED display for Ampere-Hours

Shunt Calibration

Maximum 9999 Amps corresponding to 75mV settable from front panel

Discharge Set Point

Settable from 0-9999

Resolution

1AH/0.1AH

Relay

In alarm mode for Discharge Ampere Hours

Contact Rating

NO-P-NC @ 5Amps/220V AC

Memory

Settings and Ampere-Hours saved in solid state EEPROM

Lock

By rear jumper to prevent accidental tampering with shunt setting

Supply

48V DC ± 10% (Also available in 24V/96V/120V DC)

Size

Front Fascia 96mm x 96mm

Weight

800 grams



Precision Monitoring for Industrial Battery Systems

This Ampere Hour Meter is tailored for demanding environments like battery test labs, industrial battery rooms, and power banks. With a 0-50A DC measuring range (customizable), optional data communication, and memory retention even during power failures, it ensures accurate, real-time tracking of charge and discharge cycles. Its tamper-proof factory calibration and robust panel mounting support make it a reliable, low-maintenance addition to battery management systems.


Advanced Protection and Secure Installation

Engineered with user safety and durability in mind, the meter boasts IP54 front protection, overvoltage and overcurrent safeguards, as well as a shock- and flame-resistant ABS body. The panel-mounted design, with clamp support and secure screw terminal blocks, guarantees firm installation and stable operation in critical settings. Non-volatile memory and both auto/manual reset functions enhance usability and data security.

FAQs of Ampere Hour Meter with Charge Discharge:


Q: How is the Ampere Hour Meter installed in industrial settings?

A: Installation is straightforwardpanel mounting is achieved with provided clamp support, and wiring is secured using screw terminal blocks. The standard size (96x96mm) ensures compatibility with common industrial panels.

Q: What are the main benefits of using this meter for battery testing and management?

A: The meter offers accurate monitoring of charge/discharge cycles, memory retention after power failures, clear LED indications, and robust tamper-proof calibration. These features help maintain battery health and improve the reliability of power systems.

Q: When should I use the auto reset or manual reset functions?

A: The auto reset function is optimal for applications requiring automated cycle counting, particularly in repetitive testing environments. Manual reset allows users to clear readings as needed for data accuracy or maintenance purposes.

Q: Where can this meter be effectively applied?

A: This meter is widely used in battery testing setups, battery charging/discharging systems, industrial battery facilities, and power bank manufacturing environments. Its ability to handle multiple battery chemistries makes it highly versatile.

Q: What process does the meter follow to retain data after power interruptions?

A: It utilizes non-volatile memory, meaning the last measured values are securely stored and retained even if the power supply is disrupted, ensuring no loss of critical data.

Q: How does the optional RS485 data logging enhance meter usability?

A: RS485 communication enables remote data access and logging, facilitating integration with centralized monitoring systems for analysis, reporting, and predictive maintenance.

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