Products

The SME-8302 Surface Resistance Electrode is designed for accurate surface resistance measurement on curved insulating materials. It enables stable and repeatable testing by lightly pressing rubber electrode tips against uneven or rounded surfaces.

Key Features

• Designed for surface resistance measurement of curved samples
• Ideal for resin, rubber, and molded insulating materials
• Measures surface resistance up to 10¹¹ Ω
• Rubber-tipped electrodes ensure stable contact without damaging samples
• Compact design suitable for small or irregularly shaped objects
• Simple operation by direct contact with the test surface
• Compatible with Hioki super megohmmeters
• Requires Z5010 Conversion Adapter for SM7000 series

The SME-8310 Plate Sample Electrode is designed for precise measurement of surface and volume resistance of flat insulation samples when paired with Hioki Super Megohmmeters.

Key Features

• Measures surface and volume resistance of plate samples accurately
• Supports samples up to 100 mm square and 8 mm thick
• Main electrode diameter of 50 mm for stable contact
• Ring electrode design improves measurement reliability
• Automatic voltage cutoff when lid is open for enhanced safety
• Selector switch allows easy voltage or surface resistivity selection
• Compatible with Hioki SM7000 Series using Z5010 Conversion Adapter

The SME-8311 Flat Sample Electrode is designed for accurate insulation resistance measurement of flat samples when used with Hioki Super Megohmmeters. It delivers consistent results while ensuring operator safety and ease of use in laboratory and production environments.

Key Features

• Designed for insulation resistance measurement of flat samples
• Compatible with Hioki SM7000 series Super Megohmmeters
• Supports sample sizes from 40 mm to 100 mm square
• Measures samples up to 8 mm thick
• Built-in safety mechanism that turns voltage off when lid is open
• Precision ring electrode design for stable and repeatable readings
• Ideal for testing high insulation materials
• Compact design suitable for laboratory and industrial use

The SME-8320 Weight Electrode is a specialized surface and volume resistivity measurement accessory designed for plate-shaped samples with coarse or uneven surfaces. Used with Hioki super megohmmeters, it delivers stable and repeatable resistance measurements for materials such as carpets, sheets, and insulating panels.

Key Features

• Designed for surface and volume resistivity measurement of plate samples
• Ideal for coarse and uneven materials such as carpets and textured sheets
• Consists of main electrode, ring electrode, and positioning jig
• Enables stable measurements on high insulation resistance materials
• Optimized for use with the SME-8350 Shield Box to reduce noise interference
• Main electrode diameter of 50 mm for consistent contact
• Ring electrode design supports accurate resistivity calculation
• Compatible with Hioki super megohmmeters
• Requires Z5010 Conversion Adapter for SM7000 series instruments

The SME-8330 Liquid Sample Electrode is a precision accessory designed for measuring insulation resistance and volume resistance of liquid samples. Its electrically guarded structure minimizes leakage current, delivering stable and repeatable results for advanced materials testing.

Key Features

• Designed for insulation and volume resistance testing of liquids
• Electrically guarded structure suppresses leakage current
• Supports resistance measurement up to 10¹⁹ Ω at 1000 V
• Compact 25 ml sample volume for efficient testing
• Chemically stable insulator materials for long-term reliability
• Nickel-plated electrode surfaces for uniform measurement
• Easy disassembly and cleaning for repeated use
• Compatible with Hioki super megohmmeters
• Requires Z5010 Conversion Adapter for SM7000 series

The SME-8350 Shielding Box is a precision measurement accessory designed to block electromagnetic noise during high insulation resistance testing. Used with Hioki super megohmmeters and the SME-8320 Weight Electrode, it ensures stable and repeatable surface and volume resistance measurements in electrically noisy environments.

Key Features

• Shields samples from electromagnetic interference and induction hum
• Improves accuracy for high insulation resistance measurements
• Designed for surface and volume resistance testing
• Ideal for inductive and capacitive samples
• Used in combination with SME-8320 Weight Electrode
• Suitable for laboratory and production environments
• Helps stabilize measurements above very high resistance values
• Compatible with Hioki super megohmmeters
• Requires Z5010 Conversion Adapter for SM7000 series instruments

The SME-8360 Chip Capacitor Electrode is a precision accessory designed to measure the resistivity of capacitor tips efficiently and safely. Used with Hioki super megohmmeters, it supports stable testing of chip capacitors in research, production, and quality control environments.

Key Features

• Designed for measuring chip capacitor tip resistance
• Adjustable jig supports capacitors 0603 size and larger
• Jig length adjustable up to 11 mm for flexible testing
• Ensures safe operation with interlock function support
• Measurement voltage automatically turns off when lid is open
• Compatible with Hioki super megohmmeters
• Ideal for laboratory and production testing applications
• Requires Z5010 Conversion Adapter for SM7000 series
• Supports DSM8104F Interlock Cable for enhanced safety

The SR-2 Standard Resistor is a high-precision calibration box designed for accurate verification of super megohmmeters. Featuring 24 ultra-precision resistors in a sealed metal enclosure, it supports stable calibration across a wide resistance range under high-voltage conditions.

Key Features

• Designed for calibration of super megohmmeters
• Resistance range from 1 M to 10,000 MΩ in 24 selectable points
• Supports calibration up to 1,000 V DC
• Ultra-precision resistors housed in a sealed metal case
• Flexible terminal plate allows multiple connection combinations
• Ideal for laboratories, quality control, and instrument verification
• Supplied with inspection data sheet for traceability

The SW1001 Switch Mainframe is designed to expand your battery testing capabilities by connecting multiple measuring instruments and multiplexer modules for fast, accurate, and automated multi-channel evaluation. Perfect for R&D and production lines, it supports OCV, internal resistance, external potential, and impedance measurements of battery cells up to 60 V DC.

Key Features

• Connect up to 3 SW9001 or SW9002 multiplexer modules
• Supports up to 66 channels (2-wire) or 18 channels (4-terminal pair)
• Switch between two measuring instruments seamlessly
• Accurate OCV, internal resistance, and external potential measurement
• Circuit-design optimized for precise impedance readings
• Channel switching as fast as 11 ms
• PC application support for easy multi-channel management
• Scan function automates sequential measurements across channels

The SW1002 Switch Mainframe is designed to expand multi-channel battery testing capabilities for research, development, and production environments. It supports connection of multiple measuring instruments and multiplexer modules to measure OCV, internal resistance, external potential, and AC impedance on battery cells up to 60 V DC.

Key Features

• Houses up to 12 SW9001 or SW9002 multiplexer modules
• Supports up to 264 channels (2-wire) or 72 channels (4-terminal pair)
• Switch between two measuring instruments for flexible testing
• Accurate OCV, internal resistance, and external potential measurement
• Circuit-design optimized for precise impedance readings (0.01% f.s.)
• Channel switching as fast as 11 ms
• Scan function automates sequential measurements across channels
• Compatible with PC application for multi-channel control and data management

The SW2001 High Voltage Multiplexer is a durable and reliable solution designed to simplify complex motor testing setups. It allows safe and seamless switching between high voltage testing and 4 terminal low voltage measurements, helping manufacturers improve efficiency, accuracy, and equipment protection across production lines.

Key Features

• Consolidates six motor tests into one multiplexer system
• Enables safe switching between high voltage and low voltage measurements
• Supports resistance, inductance, surge, hipot, insulation resistance, and partial discharge tests
• Available in 4, 8, and 16 channel configurations
• Reduces test time and manual reconnections
• Protects low voltage instruments from stored energy damage
• Designed for long service life with high durability relays

T3DMM Series – Digital Multimeters deliver precision, speed, and display-rich features, ideal for professional labs, R&D, and production testing.

Key Features:

• Available in 4.5-digit (60,000 counts) and 6.5-digit (2,200,000 counts) models
• True RMS AC voltage and current measurement
• 4.3” TFT-LCD with 480×272 resolution
• Multiple display modes: Number, Histogram, Trend Chart, Bar Meter, Statistics
• Advanced math functions: Max, Min, Avg, Std Dev, dBm/dB, Relative, Pass/Fail
• Supports remote operation via USB, LAN, SCPI commands
• Built-in cold terminal thermocouple compensation
• Wide range of measurements: Voltage, Current, Resistance, Capacitance, Frequency, Period, Temperature
• Internal 1GB storage and USB host for external data access
• User-friendly softkey interface and built-in help system

Wireless Adapter Z3210 instantly transforms Hioki measuring instruments into smart, Bluetooth®-enabled devices. This adapter eliminates manual data entry, supports instant report generation, and increases productivity through seamless wireless communication.

Key Features:

• Simple plug-in setup for Hioki-compatible instruments.
• Enables wireless Bluetooth® communication for real-time data transfer.
• Eliminates manual reporting and transcription errors.
• Compatible with the free GENNECT Cross app for report creation.
• Supports Excel® Direct Input for automatic data entry.
• Complies with wireless regulations in over 50 countries.
• Compact, lightweight, and easy to attach or detach.

• High Accuracy & Precision – Achieves ±30 ηA accuracy on multi-current range channels, ensuring reliable and consistent results.
• Scalable Configurations – Choose from 1 to 16 channels across three series configurations, providing flexibility to expand as testing needs grow.
• Compact & Space-Efficient Design – Desktop form factor saves space while maintaining full testing capabilities.
• Comprehensive Data Collection – Log current, voltage, time, temperature, and other critical parameters with high-speed data acquisition.
• Versatile Applications – Ideal for cell and battery testing, fuel cell testing, super-capacitor testing, thermal battery testing, qualification testing, and more.
• Turn-Key System – Pre-configured software and hardware bundles ensure quick deployment and easy setup.
• Advanced Software Integration – Seamlessly integrates with Maccor’s proprietary software for automated testing, data analysis, and reporting.
• Safety & Reliability – Designed with built-in safety features to protect both users and equipment.
• High-Speed Data Logging – Collects high-resolution data for in-depth performance analysis and characterization.
• Multiple Test Modes & Sequences – Supports constant current, power, resistance, pulse, and custom waveforms for comprehensive testing scenarios.

The Maccor Cell, Battery, and Module Test Systems are perfect for:

• Battery and Cell Testing
• Module and Pack Testing
• Fuel Cell & Super-Capacitor Testing
• Research & Development
• Quality Control & Manufacturing

• Electrical energy is returned to the AC grid during discharge
• 100% duty cycle standard – No system power limit, test channel rated for continuous operation at full power, allows use in testing very high power storage batteries and EV systems
• Drive Cycle Simulation – Waveforms can be imported into the test procedure to increase test efficiency and reduce potential operator error
• Local emergency cut-off switch, automatic shutdown on loss of AC power, reverse voltage protection, internal circuit breakers – Provides a high level of safety
• Automatic scaling of data in W/kg or C-rate for drive cycle simulation programs and other test procedures – Reduces operator workload
• Real-time data and graphics – Allows battery performance to be visually monitored at any time as the test progresses