CellSPY Battery Monitoring is a modern, sleek solution. No messy wires, clunky hardware, or outdated software. Cutting-edge technology that looks good, and works even better.
CSPY-400-12V(x2)
CellSPY Wireless Battery Monitor
Description
Designed to measure and continuously report the following parameters: DC voltage across the battery terminals AC ripple voltage across the battery terminals Battery’s ohmic value Temperature at negative battery post
There are four standard sensor types for the four different nominal voltages: CSPY-400-1.2V CSPY-400-2V CSPY-400-12V CSPY-400-16V
DC Voltage Measurement
Range: 0.6V - 20V Resolution: 1mV Accuracy: 0.5%
DC Voltage Measurement
Range: 0.6V - 20V Resolution: 1mV Accuracy: 0.5%
Impedance Measurement
Range: 0-65mΩ Resolution: 1μΩ Accuracy: Better than 3%
AC (Ripple) Voltage Measurement
Range: 0 - 200mV RMS Resolution: 1mV Accuracy: 1% Max Freq 400Hz (no attenuation)
WCTA-400
Wireless CT with Ambient Sensor
DC current measurement
Thanks to its Dual-Core Technology, the Wireless Current Transducer measures DC current of 1 A or 800 A with the same high accuracy. It uses field proven Hall Effect based circuitry to provide a superior solution for DC applications, with minimal risk of permanent magnetization.
Ambient temperature measurement
Ambient temperature measurement is useful in detecting faulty air conditioning or improper ventilation. Our WCTA can be used in conjunction with our CellSPY battery monitors to detect a thermal runaway in its earliest stages.
Power Supply
Range: 5VDC - 12VDC Power Dissipation < 550mW Power Dissipation for relay triggering < 1500 mW
DC Current Measurement
Range: 0A - 800A Resolution: 0.1A Accuracy: 1% or better Maximum Load Cable Diameter: 30mm
EMSYS Mini Gateway (SRV-1200) is primarily designed to serve smaller and remote sites as a Wireless to IP and IP to Wireless bridge. It is also an application server which means that it allows direct access to the collected data through a variety of interfaces.
ModbusTCP, ModbusRTU and SNMP are a few examples of industry standard protocols supported by EMSYS Mini Gateway.
Power Supply
1 x 12~19V DC Power Input Jack (5.5/2.5 mm) POE ( IEEE Alternative B ) via injector and splitter
3 x USB 3.2 Gen1 Type-A ports 1 x USB 3.2 Gen1 Type-C® OTG port 1 x HDMI™ audio output 1 x LAN
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A Platform for Customer Management
Our Portal was developed with Service Managers in mind. Locate Reports and Data by Customer, Site, Equipment and more with ease.
Battery Tester Box
Works with All Battery Chemistries Fully modular - Use just the tip, or extend to be as long as you need No Recalibration Required 3-year standard warranty, 5-7 year warranty options are also available. Overbuilt for the practical demands of the field, not the ideal conditions of a lab.
A Mobile App for all Battery PMs
Our Mobile Application supports Battery, Electrolyte level, Temperature, Specific Gravity, and Visual Checks Preset templates make all your PM reports fully customizable Intuitive software means your team can transition over without losing time learning a new system
CellSPY Lite Key Features
Works with All Battery Chemistries and Configurations Plug & Play - No Spaghetti Wires No Factory Recalibrations or Equipment Downtime Integrated IR camera so you can perform the capacity test and IR scanning with one system.
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Gain full visibility of your lithium battery assets
Battery management teams who are used to Advanced Battery Monitoring and management for Lead Acid batteries and who have recently switched to Lithium batteries may be disappointed with what they see. PowerShield8 can help fill the gaps, ensuring complete visibility of each battery asset’s past and present health and performance down to an individual cell level.
Powerful Battery Management Dashboards, Reports and analytical tools allow you to drill from an enterprise level through facilities, systems, modules, and cells. Consistently monitor VRLA, VLA, NiCad and Lithium battery assets on one platform independent of the UPS system used.
HOW POWERSHIELD8 FOR LITHIUM WORKS
Measure, Analyse, Present.
The PowerShield8 Advanced Battery Monitoring system is best understood in the three layers shown in the systems diagram above.
Measure Layer
All measurement is handled by the Lithium BMS.
Analyse Layer
The Controller collects and stores data from the Lithium BMS, and sends it to the presentation layer. Value is added by comprehensive battery and ancilliary data capture – ensuring root cause of BMS alarms can be clearly seen. Smart logging facilitates improved event based and trend analysis. The Controller retrieves the string state from the BMS, and manufacturer alarm limits are re-presented.
Presentation and User Interface layer
The presentation layer is where battery monitoring switches to battery management. PowerShield provides a range of user interface tools to view, report and analyse your batteries. Whether as a field service tool (Controller UI), on-premise software (Link) or cloud platform (Assure). PowerShield gives you full visibility from battery commissioning to end of life.
Controllers
The brains of the battery monitoring system
Controllers are smart devices that collect, analyse and store the battery measurements retrieved from the Lithium BMS. Continuous, fast data sampling in all string states (float, charge, discharge and idle) allows the Controller to initiate event logging and provide real time battery visibility and status.
Advanced data logging (7 log types) makes fault finding, assessing performance under discharge and life trend analysis easier. Value is added by calculating key battery management metrics. Every Controller has sufficient onboard storage capacity for the life of your batteries. Alarms are output via Link and Assure, and relay contacts when required.
The Controller has a browser based UI for configuring the system and to visualise real time battery measurements. In the battery room, a dedicated service port, USB, SD card and LCD give simple visibility and data transfer options. Designed with two network ports, it allows the customer network to remain secure and uninterrupted during service visits.
Independently security tested. Ships security hardened Consistently monitor and manage any number of battery assets across multiple locations CSV log file output Controllers are battery chemistry agnostic – Lithium, Lead Acid and NiCad
The brains of the battery monitoring systemThe MX Controller is designed for medium-sized battery installations, up to 2 strings. The LX model can monitor up to 8 strings and the LX+ up to 12 strings. The LX models also provide more input, output and user interface options, including an LCD screen and key pad. All Controller models are designed to fit into standard 19 inch computer racks and cabinets. Both Controllers have the same functionality and browser interface. There is a Controller option to suit any battery installation.
Get clarity with PowerShield8
With PowerShield8 Lithium, you can...
• See the status of all battery assets on one screen. • Easily see the status of individual cells in a string. • Trend all battery metrics, including state of health and state of charge, Voltage, Current, Ripple Current, Battery Temperature and Ambient Temperature. • View and analyse discharges down to a cell level. • Problem-solve alerts and alarms quickly using real-time data, including MCCB status. • Easily report against Battery Warranty Requirements.
