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TC147 Compact Color Display High Precision Lithium Battery Monitor 8-80V 0-150A

TC147 Compact Color Display High Precision Lithium Battery Monitor 8-80V 0-150A

Brand Name: BAIWAY
Model Number: TC147
MOQ: 1 Set
Price: USD 19-28 / Set
Payment Terms: T/T
Supply Ability: 5000 Sets per Month
Detail Information
Place of Origin:
Shanghai, China
Certification:
CE, RoHS
Product Name:
Compact Color Display Lithium Battery Monitor
Application:
Lithium Battery Pack Capacity Monitoring
Display Type:
1.47-inch Color TFT LCD Screen
Measurement Accuracy:
High Precision ±1%
Working Voltage Range:
8-80V DC
Working Current Range:
0-150A (via External Shunt)
Compact Dimensions:
52.4×29.4×9.4mm
Panel Cutout Size:
48×26.5mm
Packaging Details:
Courier box
Highlight:

High Precision TC147 Lithium Battery Monitor

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8-80V TC147 Lithium Battery Monitor

Product Description

TC147 Compact Color Display Lithium Battery Monitor Overview

The TC147 is a compact lithium battery monitor equipped with a 1.47-inch color TFT LCD screen, purpose-built for high-precision monitoring of LiFePO4, lithium-ion, and other lithium battery packs. It delivers ±1% measurement accuracy for voltage (8-80V DC) and current (0-150A via external shunt), with capacity detection spanning 0.1 to 999Ah. The miniaturized design measures just 52.4*29.4*9.4mm and requires a panel cutout of only 48*26.5mm, making it ideal for space-constrained lithium battery system installations.

The color display presents voltage, current, and capacity percentage on a single interface, enabling quick status assessment of lithium battery packs. Powered directly from the monitored battery circuit, the TC147 high precision monitor operates reliably across a -10°C to 50°C temperature range.


Technical Specifications

Parameter Specification
Model Number TC147
Brand BAIWAY
Display Type 1.47-inch Color TFT LCD Screen
Working Voltage Range 8-80V DC
Working Current Range 0-150A (via external shunt)
Capacity Detection Range 0.1-999Ah
Measurement Accuracy ±1%
Compatible Battery Types LiFePO4, Lithium-ion, Li-polymer
Operating Temperature -10°C to 50°C
Product Dimensions 52.4*29.4*9.4mm
Panel Cutout Size 48*26.5mm
Certification CE, RoHS


Key Features

  • 1.47-Inch Color Display for Lithium Battery Status: The compact color screen simultaneously displays voltage, current, and capacity percentage with vivid color-coded indicators. This visual clarity enables lithium battery pack operators to assess charging status, discharge rates, and remaining capacity at a glance without interpreting complex numerical readouts.
  • High Precision ±1% Measurement for Lithium Systems: The TC147 lithium battery monitor achieves ±1% accuracy for voltage and current through shunt-based sensing. This high precision is critical for lithium battery applications where accurate state-of-charge tracking directly impacts battery longevity, safety, and system performance.
  • Ultra-Compact Design for Tight Lithium Pack Enclosures: At just 52.4*29.4*9.4mm with a 48*26.5mm cutout, the TC147 compact monitor fits into the confined spaces typical of lithium battery enclosures, e-bike battery cases, portable power stations, and compact energy storage cabinets where panel real estate is extremely limited.
  • Wide Compatibility with Lithium Battery Chemistries: Supporting LiFePO4, lithium-ion, and Li-polymer battery types across 12V to 72V configurations, the high precision monitor adapts to diverse lithium energy storage applications. The 0.1-999Ah capacity range accommodates everything from small portable packs to larger stationary lithium banks.
  • Reliable Shunt-Based Current Sensing: The external shunt measurement method provides stable current readings across the full 0-150A range without introducing voltage drop issues common in hall-effect sensors. This reliability is essential for lithium battery systems where accurate coulomb counting directly impacts capacity estimation.


Typical Applications

  • Lithium Solar Energy Storage: The compact TC147 monitors 12V, 24V, or 48V LiFePO4 battery banks in residential and off-grid solar installations. The color display and high precision tracking support accurate energy management and battery health monitoring for lithium storage systems.
  • Lithium E-Bike and Scooter Battery Packs: Suitable for 36V and 48V lithium-ion packs in personal electric vehicles. The mini size fits within tight battery case compartments, while the 1.47-inch color screen provides clear capacity and current readouts during rides.
  • Portable Lithium Power Stations: Monitor built-in lithium battery packs in portable power stations and camping battery boxes. The compact dimensions and color display integrate seamlessly into portable unit front panels, offering users intuitive battery status feedback.
  • Lithium Golf Cart and Mobility Vehicle Batteries: Track 48V LiFePO4 conversion packs in golf carts and mobility scooters. The 0-150A current range covers typical drive currents, with high precision measurement supporting accurate range estimation and battery protection.


Actual Manufacturing Environment
Actual manufacturing environment of Shanghai Capdisp Technology Co., Ltd.

The image above shows the actual electronics manufacturing environment of Shanghai Capdisp Technology Co., Ltd., including production workstations, electronic manufacturing equipment and the personnel involved in manufacturing and inspection activities.

The TC147 lithium battery monitor is produced within this electronics manufacturing environment according to the confirmed product configuration and applicable production requirements. Manufacturing activities may include electronic component assembly, product processing, functional inspection and quality-control procedures applicable to the finished monitor.

For the TC147 lithium battery monitor, production and inspection requirements are aligned with the specified product parameters, including its 1.47-inch color display, 8–80V operating voltage range, 0–150A current measurement range, shunt-based measurement system and embedded installation design.

The actual production and inspection processes may vary according to the confirmed product configuration and production requirements. Technical specifications, inspection requirements and applicable supporting documentation can be provided according to the confirmed TC147 configuration.

This real manufacturing environment provides first-hand visual evidence of the production setting behind Capdisp's battery monitoring products and helps customers better understand the manufacturing and inspection environment associated with the TC147 lithium battery monitor.

Typical Battery Monitoring Applications

The TC147 lithium battery monitor is designed for integration into a broad range of lithium battery-powered equipment and energy-storage systems. The application examples shown above represent typical equipment categories that require lithium battery monitoring.

Typical application scenarios include:

  • Lithium Solar Energy Storage – Monitoring 12V, 24V and 48V LiFePO4 banks in residential and off-grid solar installations.
  • E-Bike and Scooter Battery Packs – Fitting tight battery cases for 36V and 48V lithium-ion personal electric-vehicle packs.
  • Portable Lithium Power Stations – Built-in pack monitoring for camping power units and portable battery boxes.
  • Golf Cart and Mobility Conversions – High-precision tracking of 48V LiFePO4 conversion packs used in light electric vehicles.

The correct monitor model and configuration depend on the equipment design, battery voltage, current range, shunt specification, installation method and the monitoring functions required. Please confirm the applicable configuration and electrical parameters before selection and installation.

Application Reference

The images above are provided as application references illustrating common lithium battery-powered equipment and battery system layouts. Actual compatibility and installation requirements should be confirmed against the specific equipment and battery system specifications.

Typical battery monitoring applications
TC147 Cutout Dimensions & Embedded Installation

The TC147 compact monitor is designed for embedded installation in equipment panels. Before installation, prepare the panel opening according to the specified cutout dimensions.

Required Cutout Size: 48 mm × 26.5 mm

After preparing the opening, insert the TC147 lithium battery monitor from the front of the panel and position the unit correctly within the opening, as illustrated above.

Installation Note:

Verify the cutout dimensions before installation to ensure the panel opening matches the required 48 mm × 26.5 mm. The installation method should follow the confirmed TC147 configuration and installation requirements.

TC147 cutout dimensions and embedded installation
TC147 Cutout Dimensions and Embedded Panel Installation

Required panel cutout: 48 mm × 26.5 mm. The illustration shows the recommended front-side embedded installation method for the TC147 lithium battery monitor.

Frequently Asked Questions

Q: What lithium battery types does the TC147 high precision monitor support?
A: The TC147 lithium battery monitor is compatible with LiFePO4, lithium-ion, and Li-polymer battery packs operating within the 8-80V DC range. The capacity detection function supports packs from 0.1 to 999Ah for accurate state-of-charge tracking.

Q: Why is high precision important for lithium battery monitoring?
A: Lithium batteries require precise voltage and current measurement for accurate coulomb counting and state-of-charge estimation. The TC147's ±1% high precision accuracy ensures reliable capacity tracking, helping prevent over-discharge and optimizing lithium battery cycle life.

Q: How compact is the TC147 for lithium battery enclosure integration?
A: At 52.4*29.4*9.4mm with a 48*26.5mm panel cutout, the TC147 compact monitor is among the smallest color-screen lithium battery monitors. The 9.4mm depth fits enclosures with minimal rear clearance, ideal for compact lithium pack housings.

Q: How is the external shunt installed for lithium battery current measurement?
A: The external current shunt connects in series on the negative side of the lithium battery circuit. The TC147 measures the voltage drop across the shunt to calculate charge and discharge current within the 0-150A range with high precision ±1% accuracy.