Product Description
- Model code:805AH
- Product Name:Programmable Ampere Hour Meter
- Category:ampere_hour_meters
- Sub Category:electroplating_applications
Specification
| Display | 4 Digit 7 Segment Red LED display for Ampere 1 Red LED to indicate status of Relay contacts 6 Red LEDs to for configuration settings |
| Shunt Calibration | Maximum 9999 Amps corresponding to 75mV settable from front panel |
| Set Limit | Settable from 0-9999 |
| Resolution | 1AH/1AM |
| Time Relay | Relay contact with time settings in Mins:Secs |
| 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 settings |
| Supply | 220V AC ± 10% @ 50/60Hz |
| Size | Front Fascia 96mm x 99mm Depth 135mm. Cut Out : 91mm x 91mm. |
| Weight | 800 grams |
Advanced Display and Accurate MeasurementWith a digital four-digit LED display, this meter ensures clear visibility and accurate readings of ampere hours. The high-resolution measurement of 0.1 Ah supports detailed monitoring for both charge and discharge cycles, critical for battery life analysis and maintaining operational consistency in demanding environments.
Flexible Configuration for Diverse ApplicationsConfigurable for a wide input current range (0.1A to 100A) and voltage (12V DC to 440V AC), the meter adapts to a vast array of battery typesincluding Lead Acid, Lithium, and Ni-Cdmaking it suitable for industrial, renewable energy, and electrochemical processes. Panel flush mounting supports seamless integration.
Reliable Protection and Communication FeaturesBuilt-in overload and short circuit protection safeguard both the device and connected equipment. Optional RS485 connectivity enables advanced data logging and remote monitoring, while intuitive manual and auto reset functions ensure uninterrupted, safe operation.
FAQs of Programmable Ampere Hour Meter:
Q: How does the Programmable Ampere Hour Meter improve battery monitoring processes?
A: This meter delivers high-accuracy ampere hour measurements, cycle counting, and real-time charge/discharge status indication using LED indicators. Its broad configurability and digital display ensure precise monitoring and control, aiding longevity and performance analysis of battery systems.
Q: What types of batteries can be measured with this ampere hour meter?
A: The device supports Lead Acid, Lithium, and Ni-Cd batteries. It accommodates measuring voltages from 12V DC to 440V AC, covering various battery specifications commonly encountered in industrial and renewable energy environments.
Q: When should the reset function be used, and how does it operate?
A: The reset function, available as manual or auto reset, should be used when you need to clear accumulated ampere hour data after a charging or discharging cycle. Manual reset is operated by a dedicated button, whereas auto reset can be programmed as per cycle requirements.
Q: Where is this ampere hour meter typically installed and what is its mounting type?
A: The meter is designed for flush mounting in standard DIN-sized panels (96 x 96 x 65 mm), making it suitable for control cabinets in industrial, lab, and renewable energy setups where secure and visible installation is necessary.
Q: What is the process for configuring the input current and what is the supported range?
A: By using onboard digital settings, users can program the input current range between 0.1A and 100A, tailoring the device for their specific application needs such as plating, solar, or UPS systems. Configuration steps are provided in the product manual for straightforward setup.
Q: How does the built-in protection system benefit ongoing operations?
A: Overload and short circuit protection enhances operational reliability by ensuring equipment safety in case of electrical faults, minimizing downtime and protecting valuable battery assets during charge/discharge cycles.
Q: What are the optional data logging and RS485 communication features used for?
A: These enhancements allow users to remotely monitor and store ampere hour data, facilitating advanced analysis, maintenance scheduling, and integration with broader control or supervisory systems.