New Products

September 1, 2023

Triple Output Battery Tester

EA Elektro-Automatik (San Diego, CA) has introduced the EA-BT 20000 Triple Output Battery Tester, the only battery tester instrument with three channels and the highest voltage and current outputs. The new instruments can test up to three battery cells, modules or packs simultaneously with the power capacity of 4 kW/channel, 6 kW/channel or 10 kW/channel. Furthermore, to test higher capacity batteries, the channels can be paralleled to test batteries with either 12 kW, 18 kW or 30 kW. The EA-BT 20000 Triple series consists of eight models with output voltages from 10 V to 920 V and output current/channel of 40 A to 600 A. Unlike other battery testing instruments on the market, one EA-BT 20000 can continuously deliver three channels of 600 A or a single channel supplying 1800 A.

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Battery Test Solution

The Two Quadrant Regenerative Source and Sink DCB Series power supplies from Adaptive Power Systems (Irvine, CA) are powerful yet cost effective Battery test solutions. Designed using state-of-the-art Digital Signal Processing, these units combine a DC power supply with a regenerative electronic DC load into a single unit. All DCB Series models support an auto-ranging constant power V-l output profile that offers both higher voltage and high current from a single unit. Available in three power levels of 5kW, 10kW, or 15kW, there are seven voltage range models up to 1500Vdc and max. current per 3U chassis of 360Adc. Available with 380 ~ 480 Vac three phase AC input. Master/ Slave mode for series or parallel operation available for higher voltage and or power requirements.

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Battery Monitoring System

Sentry-6002NEMA is a powerful battery monitoring system by BatteryDAQ (Hunt Valley, MD) for substations with vented (flooded) or valve regulated lead acid batteries. It has been re-designed based upon field-proven BM6500 (1996) and BM6800 (2007) models to provide effective remote battery management according to the IEEE updated standards. Some of the main features include: Ultra precise IR (Internal Resistance) measurement for each cell detects dry-out and deterioration/capacity loss long before a problem occurs; Discriminate inter-cell and battery to bus connection resistance to identify connection problem without a discharge; Ambient and multi-point pilot battery temperature monitoring; Automatic discharge capture to database to record planned load test and unplanned power outage. No mechanical scanning relays, resulting high reliability; and Industry standard Modbus-RTU and Modbus-TCP communication.

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Battery Chargers

Cell-Con (Exton, PA) offers an extensive line of stocked battery chargers that consist of over one hundred different models, many of which are UL-60601-1 approved for medical equipment industry. Because these battery chargers are in stock, small quantity and sample orders are typically available for immediate shipment. All chargers are engineered for reliability and efficiency, with added value such as intelligent charge control, multiple protection features, and LED indicators. The chargers have a universal input (90-264VAC/47-63Hz) for worldwide use, are compact lightweight design, and multi-position charging configurations are available.

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Networked Resistance Weld Monitor

The WM-200A high-resolution, high-speed networked resistance weld monitor by Amada Weld Tech Inc. (Monrovia, CA) is designed not only to closely monitor your welding process, but also to capture, store, and send your critical weld data to an on-premise or remotely located central server, providing multiple users with the ability to view the monitor in real time and perform instant analysis from anywhere in the world via a remote GUI. The key features of the WM-200A include: Industry 4.0 Networked product to visualize manufacturing around the globe; high speed, full waveform data acquisition and visualization for deep view into welding process for R&D and manufacturing settings; as well as standard data format outputs for easy handling in advanced data analysis software and AI/ML algorithms; and monitor multiple all key weld parameters in regions of interest simultaneously for better control of production.

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