E-Max Instruments
E-MAX Instruments, Incorporated is a leading provider of Digital Recorders, Relays, Power Supplies, and Control Accessories to the power industry. The company is headquartered in Englewood, Colorado. Founded in 1975, E-MAX is major source of innovative products that stress quality, reliability and performance. All E-MAX products and systems are comprehensively supported with training, prompt assistance and incomparable customer service. The E-MAX commitment to product quality and after-sale service sets the standard for the industry.
- 303.799.6640
- techsupport@e-maxinstruments.com
- sales@e-maxinstruments.com
- 13 Inverness Way South
Englewood, CO 80112
United States of America
Categories
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product
Battery Ground Detector
BGD
Battery Ground Detectors supply contact closures for alarm indications at precise ground fault resistance settings.
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product
Protected Voltage Relay
PVR
Type PVR voltage-acuated relays are designed for indication alarm or annunciation in electric utility applications. They are used for data inputs to supervisory control/data acquisition and sequntial event recorders.
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product
Recorder Carrier Device
RCD
The RCD is a carrier signal demodulator for SCADA and Fault Data Recording. the RCD demodulates the carrier to indicate the presence of a relative level of a singal
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product
DC/DC Converters
The DC/DC Converters are available in standard or customized chassis suitable for panel or rack mount. All models feature front panel controls and indicators and are fully convection cooled. Input and Output terminal blocks can be mounted on either front or rear panels.
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product
Sequential Event Recorder
SER
The E-MAX Sequential Event Recorder (SER) is a highspeed,high-resolution, system which records relay andpower system equipment alarms and status contacts. TheE-MAX SER uses a fully isolated 16-point input card. The16-point layout isolates individual points from each other andfrom the system electronics by opto-couplers.
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product
Analog Isolator
The Analog Optical Isolator module is a single isolated current in / current out or voltage in / voltage out channel of physical separation and electrical isolation for establishing and maintaining the independence of Class 1E equipment from non -Class 1E instrumentation circuits. Input-to-Output isolation has a steady-state isolation capability of 2500 volts AC rms. This isolation will be maintained between:a) input to output signalsb) input to output powerc) output signal to input power







