Extended Warranty
Showing 100–108 of 133 results
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Protection system toolsMegger TM200 DIGITAL TIMER
A timer is often needed for use with the CSU600A current supply unit or ODEN A primary current injection test system. Testing relays with SVERKER 650 also requires an extra timer if more than one timing cycle is to be measured.
Datasheet
User’s guide
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Multi-phase relay testingMegger SVERKER900 RELAY AND SUBSTATION TEST SYSTEM
The SVERKER 900 relay and substation test system is the engineer’s ultimate testbox that addresses the increasing need for three-phase testing capability in electrical distribution substations, renewable power generation stations and industrial applications. The intuitive user interface is presented on the LCD touch screen. It has a powerful combination of current and voltage sources and a versatility of measurement possibilities.
Datasheet
User’s guide
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Multi-phase relay testingMegger FREJA549 RELAY TEST SYSTEM
The FREJA 549 is a multipurpose, light-weight, field portable relay test set offering up to 9 current channels. The unit can be operated either manually via the built-in touch-screen user interface running FREJA Local, or placed under full computer control via the FREJA Win Software.
Datasheet
Brochure – Freja series brochure
User’s guide
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Multi-phase relay testingMegger FREJA546 RELAY TEST SYSTEM
FREJA546 is a multipurpose, light and portable relay test set. The unit can be operated either manually using the built-in touch-screen interface running FREJA Local, or placed under full computer control via the FREJA Win Software.
Brochure
User’s guide
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Multi-phase relay testingMegger FREJA543 RELAY TEST SYSTEM
FREJA 543 is a multipurpose, light, portable relay test set . The unit can be operated either manually via the built-in touch-screen user interface running FREJA Local, or placed under full computer control via the FREJA Win Software.
Brochure
User’s guide
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Electric motor QC systemsMegger Baker WinTATS TRACTION ARMATURE TESTING SYSTEM
The Baker WinTATS traction armature test system is a reliable, field-proven system for accurate, rapid testing of armatures in motor manufacturing and quality control operations. The fully-automated unit performs the required set of tests that motor manufacturing and rebuild shops need for quality assurance and control. AC hipot, DC hipot, surge and resistance tests are standard.
Brochure
User’s guide
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Electric motor QC systemsMegger Baker WinAST AUTOMATED STATOR TESTING SYSTEM
Megger Baker Instruments designs and manufactures electric motor test systems for original equipment manufacturers (OEMs) that help ensure their motors and coils meet or exceed the quality expectations OEMs wish to set with their customers. The Baker WinAST and Baker HV WinAST are semi-custom, fully automated, high-volume electric motor testing units that can test thousands of motors, generators or coils per day, depending upon the size and types of motors, or the testing fixtures used.
Brochure
User’s guide
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Dynamic electric motor analysersMegger Baker NetEP ONLINE MOTOR ANALYSIS SYSTEM
NetEP is a permanently-installed, fully automated machine system monitoring solution. It continuously acquires health and performance data on electric motors and the rotating machine systems they operate. With the Baker NetEP, maintenance professionals can safely gather performance data on critical motors around the clock, 365 days a year. They can monitor the condition of motors and the equipment they drive from the convenience and safety of a central office. The system helps reduce costly unplanned downtime by providing information that improves maintenance decision making and planning. The dashboard display of the NetEP’s associated software clearly shows motors in an alarm condition.
Brochure
User’s guide
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Dynamic electric motor analysersMegger Baker EXP4000 DYNAMIC MOTOR ANALYSER
The Baker EXP4000 is a powerful tool, designed for site use, to analyse the motor running under its normal load. It tracks multiple data types to identify trends that indicate potential problems. Voltage and current are measured and a series of parameters are then calculated, including power quality, rotor bar condition, % load, % operating efficiency, average torque value, torque ripple showing variation within process, monitoring of start-up transients (volts, current and torque), and much more.
(0 reviews)