Hioki BT3564 User Manual

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BT3564

Instruction Manual

BATTERY HiTESTER

Oct. 2020 Revised edition 2

BT3564A961-02 20-10H

Be sure to read this manual before using the instrument.



p.3

When using the instrument for the

rst time

Troubleshooting

Names and Functions of Parts



p.9 Maintenance and Service



p.173

Measurement



p.21 Troubleshooting



p.173

Error Indication



p.175

HIOKI BT3564A961-02

Default Chapter3
- Table of Contents3
- Introduction7
- Verifying Package Contents8
- Safety Notes9
- Usage Notes10
Appendix 3 Measurement Values When Using Four-Terminal Measurement (Differences in Measurement Values Due to Measurement Leads Used)11
Chapter 1 Overview13
- Product Overview13
- Features14
- Names and Functions of Parts15
Appendix 8 Zero Adjustment16
- Menu Display Sequence (SHIFT > ENTER)19
- Measurement Flowchart20
Chapter 2 Measurement Preparations21
- Preparation Flowchart21
- Connecting the Power Cord22
- Connecting the Optional Test Leads23
- Turning the Power on and off24
- Selecting the Line Frequency26
Chapter 3 Measurement27
- Pre-Operation Inspection27
- Basic Measurement Example28
- Selecting Measurement Mode32
- Setting Measurement Range33
- Setting Sampling Rate36
- Zero-Adjust Function36
  - Wiring Method for Zero-Adjustment36
  - Executing Zero-Adjustment37
- Displaying Measurement Results41
  - Measurement Fault Detection42
  - Overflow Display43
Chapter 4 Applied Measurement45
- Comparator Function46
- Trigger Function63
  - Trigger Source Settings63
  - Trigger Delay Settings64
- Averaging Function65
- Statistical Calculation Functions66
- Memory Function70
- Key-Lock Function72
- Panel Save Function73
- Panel Load Function74
- Self-Calibration75
- Measurement Value Output Function76
- Key Beeper Setting77
- Reset Function78
Chapter 5 External Control (EXT I/O)81
- Overview81
- Signal Descriptions82
- Timing Chart87
- Internal Circuitry89
  - Electrical Specifications90
  - Connection Examples90
- External Control Q&A92
Chapter 6 Printing93
- Connecting the Printer93
  - Connecting the PRINTER to the Instrument94
- Selecting the Interface95
- Printing96
Chapter 7 Analog Output99
- Connecting Analog Output99
- Analog Output Specifications100
Chapter 8 RS-232C/GP-IB Interfaces101
- Overview and Features102
- Specifications103
  - RS-232C Specifications103
  - GP-IB Specifications103
- Selecting the Connections and Protocol104
  - Attaching the Connector104
  - Selecting the Communication Conditions106
- Communication Methods107
- Message List118
  - Standard Commands118
  - Device-Specific Commands119
- Message Reference124
- Basic Data Importing Methods163
- Sample Programs164
Chapter 9 Specifications171
- General Specifications171
- Basic Specifications172
- Accuracy174
- Functions176
- External Interfaces178
Chapter 10 Maintenance and Service179
- Troubleshooting179
- Cleaning181
- Error Indication181
Appendix183
Appendix 1 Precautions for Making Custom Test Leads183
Appendix 2 AC Four-Terminal Method186
Appendix 4 Synchronous Detection System188
Appendix 5 Configuration and Extension of the Test Leads189
Appendix 6 Effect of Eddy Currents190
Appendix 7 Calibration Procedure191
Appendix 9 Test Lead Options197
Appendix 10 Rack Mounting199
Appendix 11 Dimensional Diagram201
Index203

Questions and Answers:

A
Anna NealAug 4, 2025
Why is the measured value unstable on my Hioki BT3564?
- D
  Dr. Brian Flores Jr.Aug 4, 2025
  Unstable measurements can occur due to several factors: * Using a two-terminal connection can cause unstable readings due to contact resistance. Use a four-terminal connection instead. * Metallic objects near the probes can interfere with measurements. Keep the probes away from metallic objects during measurement. * Signal noise can affect readings. Twist cables, minimize the area of the fork, and consider shielding and grounding cables. * Overlapping forked loops of probes when using multiple Model BT3564 instruments simultaneously can cause instability. Avoid overlapping the loops. * Taking measurements too close to the instruments (less than 20 cm) can also lead to unstable readings. Maintain a distance of at least 20 cm.
A
Anthony SandersAug 19, 2025
What to do if keys do not operate on Hioki BT3564 Test Equipment?
- J
  joedavisAug 19, 2025
  If the keys on your Hioki Test Equipment are not working, there are several potential causes: * The unit might be in a key-locked state. If so, disable the key-lock. * The instrument may be remotely controlled via GP-IB. Set GP-IB to local. * The instrument may be remotely controlled via RS-232C. Set RS-232C to local.

Hioki BT3564 Specifications

General

Model	BT3564
Type	Battery Tester
Display	LCD
Interface	USB, RS-232C
Measurement Parameter	Voltage
Voltage Range	6 V
Measurement Method	4-terminal measurement
Power Supply	AC adapter (included)
Test Current	1 mA
Power Supply Option	AC adapter

Summary

Chapter 1 Overview

1.1 Product Overview

Provides a general description of the Model BT3564 Battery HiTester's measurement capabilities.

1.2 Features

Details the key features and functionalities of the instrument, such as high-precision measurements.

1.3 Names and Functions of Parts

Identifies and explains the function of each part on the front panel and rear panel of the instrument.

1.4 Menu Display Sequence (SHIFT > ENTER)

Illustrates the navigation path through the instrument's menu for various settings.

1.5 Measurement Flowchart

Presents a step-by-step process flow for performing a basic measurement.

Chapter 2 Measurement Preparations

2.1 Preparation Flowchart

Outlines the sequence of steps for preparing the instrument before measurement.

2.2 Connecting the Power Cord

Provides instructions on how to safely connect the instrument's power cord.

2.3 Connecting the Optional Test Leads

Explains how to connect the four-terminal test leads to the instrument.

2.4 Turning the Power On and Off

Details the procedure for powering the instrument on and placing it in standby mode.

2.5 Selecting the Line Frequency

Describes how to set the instrument to match the power supply frequency for optimal measurement.

Chapter 3 Measurement

3.1 Pre-Operation Inspection

Guides the user through essential checks before operating the instrument.

3.2 Basic Measurement Example

Illustrates a step-by-step example of measuring resistance and voltage.

3.3 Selecting Measurement Mode

Explains how to choose between resistance, voltage, or combined measurement modes.

3.4 Setting Measurement Range

Details how to set resistance and voltage measurement ranges.

3.5 Setting Sampling Rate

Describes how to select the sampling rate for measurement precision.

3.6 Zero-Adjust Function

Explains the zero-adjustment function to nullify residual offset voltage.

3.7 Displaying Measurement Results

Covers how measurement results are displayed, including fault and overflow conditions.

Chapter 4 Applied Measurement

4.1 Comparator Function

Details how to set thresholds for judging measurement values against limits.

4.2 Trigger Function

Explains how to control measurement start using internal or external triggers.

4.3 Averaging Function

Describes how to minimize display instability by averaging measurement values.

4.4 Statistical Calculation Functions

Covers automatic calculation of mean, standard deviation, and capability indices.

4.5 Memory Function

Explains how to store measurement values internally for later download.

4.6 Key-Lock Function

Details how to lock the front panel keys to prevent unintended operations.

4.7 Panel Save Function

Describes how to save the current instrument settings to non-volatile memory.

4.8 Panel Load Function

Explains how to reload previously saved instrument settings.

4.9 Self-Calibration

Guides on executing self-calibration to improve measurement precision.

4.10 Measurement Value Output Function

Details how to output measured values via RS-232C interface upon trigger.

4.11 Key Beeper Setting

Explains how to enable or disable key-press beep sounds.

4.12 Reset Function

Describes how to initialize instrument settings to factory defaults.

Chapter 5 External Control (EXT I/O)

5.1 Overview

Provides a general overview of the instrument's external control capabilities.

5.2 Signal Descriptions

Details the pinout and functions of the external I/O signals.

5.3 Timing Chart

Illustrates the timing sequences for external trigger and internal trigger operations.

5.4 Internal Circuitry

Shows the internal circuit diagrams for input and output signals.

5.5 External Control Q&A

Answers common questions regarding the instrument's external control features.

Chapter 6 Printing

6.1 Connecting the Printer

Provides safety precautions and requirements for connecting a printer.

6.2 Selecting the Interface

Explains how to select the communication interface and print interval.

6.3 Printing

Details how to print measurement values, decision results, and statistical data.

Chapter 7 Analog Output

7.1 Connecting Analog Output

Provides instructions for connecting cables to the analog output terminals.

7.2 Analog Output Specifications

Lists the specifications for the instrument's analog output feature.

Chapter 8 RS-232C/GP-IB Interfaces

8.1 Overview and Features

Describes the instrument's capabilities for remote control via GP-IB/RS-232C interfaces.

8.2 Specifications

Details the specific settings and standards for RS-232C and GP-IB interfaces.

8.3 Selecting the Connections and Protocol

Guides on connecting the instrument using RS-232C or GP-IB cables.

8.4 Communication Methods

Explains message formats, headers, terminators, and status models.

8.5 Message List

Provides a comprehensive list of standard and device-specific commands.

8.6 Message Reference

Offers detailed explanations and examples for each command.

8.7 Basic Data Importing Methods

Describes methods for importing data based on triggering configurations.

8.8 Sample Programs

Provides example code for controlling the instrument via RS-232C using Visual Studio.

Chapter 9 Specifications

9.1 General Specifications

Covers general specifications like operating environment, power source, and dimensions.

9.2 Basic Specifications

Details fundamental specifications such as measurement items, ranges, and sampling times.

9.3 Accuracy

Defines measurement tolerances and guaranteed accuracy conditions.

9.4 Functions

Lists and briefly explains the various functions of the instrument.

9.5 External Interfaces

Summarizes specifications for communication interfaces like RS-232C, GP-IB, and EXT I/O.

Chapter 10 Maintenance and Service

10.1 Troubleshooting

Provides guidance on identifying and resolving common instrument issues.

10.2 Cleaning

Offers instructions on how to clean the instrument safely.

10.3 Error Indication

Explains the meaning of various error codes and fault indications.

Appendix 1 Precautions for Making Custom Test Leads

Appendix 2 AC Four-terminal Method

Appendix 3 Measurement values when using four-terminal measurement (Differences in measurement values due to measurement leads used)

Appendix 4 Synchronous Detection System

Appendix 5 Configuration and Extension of the Test Leads

Appendix 6 Effect of Eddy Currents

Appendix 7 Calibration Procedure

Appendix 8 Zero Adjustment

Appendix 9 Test Lead Options

Appendix 10 Rack Mounting

Appendix 11 Dimensional Diagram

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