Battery Test Kit

The Best Battery Test Kit Manufacture!

Wuhan UHV Power Technology Co.,Ltd.located in Wuhan East Lake New Technology Development Zone and have convenient transportation access. We are professional OEM Manufacturer which is engaged in the research, development, sale and service of High Voltage Testing Equipment including: Resonant Test System, High Voltage Tester,Transformer Tester,Circuit Beaker Tester, Relay Protection Tester, Cable Tester.

Why Choose Us

Product Application

They are widely applied in power engineering project, transportation,petrochemical industry,mining and water conservancy project.

Our Certificates

We have obtained CE, & other certificates Obtained ISO9000 Quality Management System Certificate, and won the title of Advanced Science and Technology Enterprise.

Sales Market

Accumulated exports to the Netherlands, Indonesia, Bangladesh, Australia, Iran, India, Saudi Arabia, Taiwan, Mongolia, Japan, the United States and other more than 10 countries and regions, successfully open the international market.

Our Service

Provide professional consulting,Integrity and fairness No matter great or small amount of contract, new or old customers, domestic or foreign customers, UHV treats with integrity and fairness. UHV provides professional installation, commissioning and training for users' workers, ensures that users can get familiar with operation methods and put machines into use as soon as possible.

our advantages

Quotation within 1 hour

Solution within 24 hours

Provide product demo

Perform contract strictly

Update production progress

Delivery on time

4000 square meters production plant

12 months warranty

Overseas training support

Regular return visit

Extended warranty (Optional)

Factory acceptable test

Professional RD&QC
Customize available

Professional after-sales service team
Authorized calibration (optional)

Quality guaranteed
A comprehensive after-sales service system
High cost-effective products

CE Certificate
An enterprise that integrates scientific research, development, production, sales, and service
21 years experience in High Votlage Test equipment area

Specifications

Main functions	Insulation resistance test Break Down Detect function (BDD) Contact check function
Output specifications	Output voltage : 25 V to 500 V, Setting resolution 1 V Charging current (Current limit function) : 50 µA to 50 mA12*3, Minimum setting resolution 10 μA Short-circuit current : 60 mA or less Discharge current : 40 mA or greater 1: Constraints involving the output generator will result in an error, making measurement impossible, if a capacitive load of approximately 50 μF or greater is connected while using a current limit setting of 5.1 mA or greater. 2: When using a current limit setting of 5.1 mA or greater, measurement will be forcibly stopped if the output voltage is not at least 20 V at 200 ms after the start of measurement. Measurement will be possible 1 s after forcibly stopped. 3: If the set current limit value is from 5.1 mA to 50.0 mA, the current will be limited to 5 mA after the output voltage reaches the set voltage.
Measurement specifications	Resistance value display range : 0.050 MΩ to 9999 MΩ Resistance range : 2 MΩ, 20 MΩ, 200 MΩ, 2000 MΩ, AUTO
Basic specifications	±1.5％ rdg.±2 dgt. 25 V ≤ V < 100 V [0.05 MΩ to 2 MΩ], 100 V ≤ V ≤ 500 V [0.2 MΩ to 20 MΩ]
Time specifications	Test time : 0.050 s to 999.999 s, OFF Comparator delay time : 0.001 s to 999.999 s, AUTO Display update speed : 1 PLC Sampling time : 1 PLC to 100 PLC
Memory functions	Panel save function : Saves up to 15 sets of measurement conditions Measured value memory function : Saves up to 999 measured values in the instrument's internal memory
Judgment functions	Test modes : Continuous test, PASS STOP, FAIL STOP Comparator function : UPPER_FAIL : Measured value > upper limit value PASS : Upper limit value ≥ measured value ≥ lower limit value LOWER_FAIL : Measured value < lower limit value
Various functions	Break Down Detect function (BDD) : Detecting minuscule insulation defects caused by contamination Contact check function : 2-terminal capacitance measurement method Automatic data output function : Automatic output of measurement results via communication interface after completion of test Command monitor function : Screen display of commands being sent and received External I/O monitor function : Screen display of output signal ON/OFF and input signal status Analog output function : Converts measured values to 0 to 4 V DC and outputs
Interfaces	USB, LAN, RS-232C, EXT. I/O
Power supply	100 V to 240 V AC
Power consumption	Approx. 20 VA*4 4: Power supply conditions are 220 V supply voltage, 50, 60 Hz supply frequency, 200 V test voltage, 2 mA current limit, and load (1 GΩ resistor and 0.1 μF capacitor connected in parallel).
Maximum rated power	100 VA
Dimensions and mass	Approx. 215 mm (8.46 in) W × 80 mm (3.15 in) H × 306.5 mm (12.07 in) D (excluding protruding parts), Approx. 2.8 kg (98.8 oz)
Included accessories	Power cord ×1, EXT. I/O male connector ×1, EXT. I/O connector cover ×1, EXT. I/O interlock cancellation jig ×1, Startup Guide ×1

Different Types of Battery Testers

Electronic battery tester
The electronic and digital types are the most common ones used for testing the remaining capacity of a battery. Most digital models feature an LCD, showing the result in a clear and easy to read format.
Depending on the model, the result is displayed in the form of bars or a graph. This enables quick reading and analysis of the test results.

Domestic battery tester
Also known as the household battery tester, this type is usually used for testing cylindrical batteries. This includes double and triple A batteries and 9V PP3 batteries.
A domestic battery tester covers the majority of everyday household batteries. It is also suitable for testing a combination of battery types, such as C and D batteries.

Universal battery tester
Universal battery testers are suitable for batteries in a range of different sizes. Similarly to domestic battery testers, they are primarily used for cylindrical batteries.

Car battery tester
Car battery testers are intended for use with lead-acid batteries. These testers connect to vehicle batteries to provide a clear sign of the following:
A car's battery's health,
Condition and
Voltage output.

Battery Discharge Testers Are Used In A Variety Of Applications

Battery manufacturing: Battery manufacturers use discharge testers to test the performance of their products before they are shipped to customers.

Battery maintenance: Battery discharge testers are used to test the performance of batteries during routine maintenance and to determine when batteries need to be replaced.

Battery research and development: Battery discharge testers are used in the research and development of new battery technologies to measure their performance and identify areas for improvement.

UPS systems: Uninterruptible power supply (UPS) systems use batteries to provide backup power during a power outage. Discharge testers are used to test the performance of these batteries to ensure that they will function properly during a power outage.

Telecommunications power systems: Telecommunications companies use battery backup systems to provide power in the event of a power outage. Discharge testers are used to test the performance of these batteries to ensure that they will function properly during an outage.

What can affect the accuracy of the testing process

01/

Voltage Range: The tester should have a suitable voltage range to accommodate the batteries being tested. It should be capable of measuring both low and high voltages accurately.

02/

Current Range: The current range determines the maximum discharge or charge rate that the tester can handle. It should be adjustable to accommodate different battery types and sizes.

03/

Testing Time: The duration of the testing process varies depending on the type of battery and the specific tests being performed. The tester should allow for sufficient testing time to ensure accurate results.

04/

Testing Modes: A comprehensive tester typically offers multiple testing modes, such as capacity testing, internal resistance analysis, and voltage measurement. It is important to select the appropriate testing mode based on the specific requirements and objectives of the battery evaluation.

05/

Data Analysis and Reporting: The tester should have robust data analysis capabilities to interpret the test results accurately. It should generate comprehensive reports that provide detailed insights into the battery's performance, health, and capacity.

06/

Safety Features: Battery testing involves handling potentially hazardous energy sources. The tester should incorporate safety features such as overvoltage protection, short-circuit prevention, and temperature monitoring to ensure the safety of the user and the batteries being tested.

Our Factory

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FAQ

Q: Can battery testers be used for all types of batteries?

A: Not all battery testers are suitable for all types of batteries. Some are designed for specific battery types, such as automotive or household batteries, while others offer more versatility. It's important to choose a tester compatible with the batteries you intend to test.

Q: How often should I test my batteries?

A: The frequency of testing depends on the type of battery and its usage. For critical applications like automotive batteries, regular testing every few months is recommended. For household batteries, testing before use is generally sufficient.

Q: What is the primary purpose of a battery tester?

A: A battery tester's primary purpose is to assess the condition and performance of a battery. It measures parameters like voltage, current, and resistance to determine the battery's health and remaining capacity.

Q: Can a battery tester diagnose all battery problems?

A: A battery tester can diagnose many common battery issues, such as low charge, high internal resistance, and poor capacity. However, it might not identify all possible problems, such as physical damage to the battery or issues with the charging system.

Q: What should I do if my battery fails a test?

A: If your battery fails a test, you should first ensure that the test was performed correctly. If the battery still fails, it may need to be charged, or it could be time to replace it. Consult the battery manufacturer's guidelines or a professional mechanic for further advice.

Q: Are there different testing methods for different types of batteries?

A: Yes, different types of batteries (e.g., lead-acid, lithium-ion, nickel-metal hydride) have different testing methods and parameters. Always refer to the manufacturer's instructions for the correct testing procedures for your specific battery type.

As one of the leading battery test kit manufacturers and suppliers in China, we warmly welcome you to buy high-grade battery test kit made in China here from our factory. For price consultation, contact us.