Uncategorized

The ECO-710E/810E ThermoStream® systems are eco-friendly temperature forcing solutions designed for precise electronic testing, delivering fast temperature transitions with quiet, energy-efficient operation.

Key Features:

• Wide temperature range: -80°C to +225°C
• Eco-friendly design compliant with EU 517/2014 (no annual leak testing)
• Quiet operation at just 56 dBA
• Energy-efficient performance on a 20-amp circuit
• Rapid temperature transitions for consistent results
• Touchscreen controls with embedded software (no Windows® OS)
• No need for LN2 or LCO2 cooling agents
• Remote setup and communication capabilities
• Ideal for 24/7/365 lab or production use

RapidTemp™ BT28 ThermoStream® Benchtop Thermal Test System

Key Features:

• Compact and lightweight design under 80 lbs (38 kg) for easy benchtop integration
• Wide temperature range from -28°C to +225°C for versatile testing
• High airflow capacity of 14 scfm for precise and reliable temperature forcing
• SwiftTherm™ technology for ultra-fast temperature transitions
• Detachable 9 ft. touchscreen interface for flexible operation
• ECO-Stream design: quieter, smaller, and energy-efficient
• Embedded control system with Ethernet, IEEE-488, RS232, and USB connectivity
• Customizable test setups with data logging via USB storage

Key Features:

• Wide temperature range from -65°C to +300°C
• Compatible with 150mm, 200mm, and 300mm wafer sizes
• Options for mechanical refrigeration, glycol/water, or air cooling
• Heating methods: ThermoElectric or Resistive, depending on model
• Retrofits available for existing probe stations
• Customizable surface plating: gold or nickel
• Supports advanced applications like low leakage probing (fA level) and high-voltage probing (up to 10kV)

ThermoSpot Systems – Benchtop Direct Contact Cooling and Heating Solution

The Temptronic® ThermoSpot® delivers high-performance temperature control for IC testing and high-Watt devices with unmatched cooling capacity.

Key Features:

• Reliable thermal cycling without thermoelectric modules
• Wide temperature range: -65°C to +175°C
• Cooling power: 40W at -40°C, 55W at -55°C, 120W at -40°C
• Fast transitions: <35 seconds from +25°C to -40°C
• Secure thermal contact with ThermoBridge™ design
• Touch-screen with data logging and programmable settings
• Multiple communication ports: Ethernet, USB, IEEE, RS232

ThermoSpot® Systems – Direct Contact Thermal Test Solutions

Key Features:

• Temperature range: -65°C to +175°C
• Cooling power up to 120W at -40°C
• Fast transition rate (<35 sec from +25°C to -40°C)
• Reliable thermal cycling without thermoelectric modules
• Flexible thermal probe with interchangeable ThermoBridge™
• Touchscreen controller with programmable profiles
• Connectivity options: Ethernet, USB, IEEE, RS232
• Easy, secure connection to in-circuit or socketed DUTs

• 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

• High-Density Testing – Up to 192 test positions per rack or 32 positions per desktop unit, ensuring high-throughput testing.
• Independent Operation – Each test position operates independently, enabling simultaneous testing of multiple cells under different conditions.
• User-Programmable Multi-Step Testing – Configure constant current, power, voltage, or resistance test sequences with easy-to-use software.
• Precise Data Logging & Analysis – Logs current, voltage, time, temperature, and other critical parameters with high-speed data acquisition.
• Real-Time Monitoring & Control – Data can be viewed, plotted, and analyzed in real-time, providing instant insights into cell performance.
• Compact & Scalable Design – Available in desktop models (32 positions) and rack-mounted configurations (up to 192 positions per rack).
• Seamless Integration – Powered by Maccor’s standard test system software, ensuring consistent performance and compatibility with existing systems.
• Turn-Key Solution – Supplied as a complete system with PC and software, ensuring quick deployment and easy setup.
• Advanced Safety Features – Includes automatic shutdown on power loss, reverse voltage protection, and internal circuit breakers for safe operation.
• Versatile Applications – Suitable for single-cell testing, R&D, quality control, battery performance evaluation, and cycle life testing.

• Advanced Multi-Level Pulse (AMLP) – Design complex pulse profiles with up to 15,000 levels for high-precision battery testing.
• Ultra-Fast Data Collection – Log data at 1 kHz across multiple channels with 20 kHz sampling for the first milliseconds, capturing critical transient events.
• High-Resolution Step Length Control – Specify test steps as short as 750 microseconds with 1-microsecond increments, enabling ultra-fast dynamic testing.
• High-Speed Set Point Lock-In – Achieve setpoint stabilization in as little as 1 millisecond, ensuring accurate and consistent results.
• Customizable Waveforms – Stream external text test files with programmable waveforms, supporting constant current or power modes with 1-millisecond increments and 1-microsecond resolution.
• Unmatched Flexibility – Run multiple unique waveforms in a single test without limitations on the number of levels.
• Comprehensive Data Logging – Log data on current, voltage, time, and other factors continuously, providing comprehensive performance insights.
• Optimized for Complex Testing – Ideal for cycle life testing, pulse power characterization, impedance measurements, and battery performance evaluation.
• Scalable and Modular Design – Expand testing capabilities by integrating multiple Series 6000 units, ensuring scalable solutions for R&D and production environments.

-60° to +200°C

• Economy model with high thermal capacity
• Precise temperatures with fast transitions from -60 to 200°C
• No annual leak testing required per EU 517/2014 F-Gas Regulation
• Effective testing and conditioning of electronic components, boards, and modules
• Available for 50 and 60Hz operation
• No need for Liquid Nitrogen (LN2) or Liquid Carbon Dioxide (LCO2)
• Remote communications and set up and touch screen operation
• User Defined Temperature Limits