Fluke Calibration MET/CAL® Calibration Management Software

sku Product SKU:  FCAL-METCAL-Software

Fluke Calibration MET/CAL® Warranted Calibration Procedures

sku Product SKU:  FCAL-METCAL-Warranty

MET/CAL® warranted procedures are optional calibration procedures for MET/CAL® Plus Calibration Software. This class of MET/CAL® procedures, produced by Fluke Precision Measurement engineers, is designed to satisfy your need for ready-to-go, fully tested calibration procedures.

MET/CAL® calibration procedures are warranted by Fluke Calibration to produce valid calibrations on the intended device under test (DUT) for the specified model and revision level. The warranty assures you of Fluke Calibration's full support for the original, unaltered procedure.

Once installed and operational, these procedures automate the calibration process under MET/CAL control as described in the DUT's service documentation. In many cases, multiple procedures are provided for each model to provide "verification only" and "adjustment" procedures. Multiple procedures also may be provided which give you a choice of different standards to perform the calibration.

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Franklin Electric INCON Optimizer 3

sku Product SKU:  FRA-INCO-OPTIMISER-3

The INCON® Optimizer3 Circuit Breaker Monitor delivers advanced automated reporting of all critical circuit breaker diagnostics to ensure uptime and facilitate predictive maintenance. The Optimizer3 is ideal for high-voltage, live or dead-tank, oil, vacuum or gas circuit breakers. 

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Franklin Electric INCON 1250B

sku Product SKU:  FRA-1250B-U-W-Y

The 1250B is a versatile programmable position monitor. Its main application is for Transformer LTC position monitoring, but its non-linear conversion table gives it the ability to convert non-linear rotary motion into a linear scale for additional applications.

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Franklin Electric INCON 1511 LTC

sku Product SKU:  FRA-1511-LTC-U-W-Y

The 1511-LTC provides basic LTC tap position monitoring using the LTC’s slide wire position feedback device. As the LTC changes taps, the moveable contact picks up the voltage divided through the resistors in the slide wire, so that each tap has its own specific voltage.

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Franklin Electric Cellguard Wired

sku Product SKU:  FRA-CG-x

The CELLGUARD™ Wired Battery Monitoring System (BMS) delivers economical, yet highly accurate and reliable remote health analysis of stationary batteries in applications with high electromagnetic noise.

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Franklin Electric Cellguard Els

sku Product SKU:  FRA-CG-ELS

The CELLGUARD™ ELS+ Electrolyte Level Monitoring System provides reliable electrolyte level and temperature monitoring on Vented Lead Acid (VLA) batteries of any voltage, size, or design in Utility, Telecommunications, Data Centers, and Industrial Battery Plant applications.

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Franklin Electric Celltron Genstart

sku Product SKU:  FRA-CTS-655P

The CELLTRON Genstart Battery Tester provides generator/ fleet starting battery analysis to quickly identify the health of generator starting batteries. Assure that your battery is powered and ready to start a generator in the case of an outage. Ideal tester for NFPA compliance in lieu of specific gravity testing.

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Franklin Electric Celltron Secure Power

sku Product SKU:  FRA-SCP-100

The CELLTRON™ Secure Power Battery Tester provides a simple method to screen the state-of-health of popularly sized 6 volt and 12 volt sealed lead-acid batteries for security systems, emergency lighting, mobility vehicles, and uninterruptible power supplies.

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Franklin Electric Celltraq Software

sku Product SKU:  FRA-CELLTRAQ-SOFTWARE

CELLTRAQTM Enterprise (server-based) and CELLTRAQTM Express (PC-based) allow users to manage battery system data generated by maintenance routines using CELLTRONTM Battery Testers or CELLGUARDTM Battery Monitoring Systems. CELLTRAQTM enables efficient process management, including budget management of scheduled battery replacement.

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Franklin Electric Cellguard Wireless

sku Product SKU:  FRA-CGBC

The CELLGUARD™ Wireless Battery Monitoring System (BMS) provides an accurate and reliable indication of battery state-of-health through monitoring and analysis of battery voltage, temperature, and conductance. 

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Franklin Electric INCON 1250 LTC

sku Product SKU:  FRA-1250-LTC-U-W-Y

The 1250-LTC is designed specifically for transformer LTC position monitoring. Its hardware is the same as the 1250B with the addition of Input Isolation, Serial Port and Relay inputs which provide enhanced analysis of LTC position.

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Franklin Electric Gridsense Line IQ

sku Product SKU:  FRA-LIQ

LineIQ provides basic line fault indication, as well as intelligent remote monitoring. Basic fault indicators point only to the initial (primary) faults; however, intelligent monitoring helps utilities more quickly isolate faults and restore power through recording real-time data on true voltage, fault waveform, load profile, line status and condition, ambient and conductor temperature, and through providing time-stamped event recordings.

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Franklin Electric Celltron Advantage Digital

sku Product SKU:  FRA-CAD

The CELLTRONTM Advantage Digital is a fast, user-friendly, premium handheld tester for measuring battery conductance, voltage, temperature and strap resistance in high-noise environments for a complete battery state-of-health analysis. With the capability to test Valve Regulated Lead Acid (VRLA), Vented Lead Acid (VLA), and Nickle Cadmium (Ni-Cd) batteries, the CELLTRONTM Advantage Digital can measure battery voltage down to one (1) volt as well as measure inter-cell and terminal connection resistance.

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Franklin Electric Celltron Ultra

sku Product SKU:  FRA-CTU-6000-KIT

Built upon experience and proven technology, the CELLTRON Ultra offers advanced battery testing capabilities for effective evaluation and maintenance of all stationary power systems, including uninterruptible power supplies in data center environments with high levels of electrical interference noise (UPS systems), power utility, telecommunications industries and is ideal for use in data centers or other environments with high levels of electrical interference noise.

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Frankin Incon DTM-4

sku Product SKU:  FRA-DTM-4

DATA-DRIVEN DECISION MAKING

With the ability to monitor and trend transformer output voltage, loading (current) by phase, temperature, and Power Factor for an entire network of transformers, utilities are armed with powerful information regarding power distribution and equipment maintenance.

	CUSTOMIZED ALARMS & NOTIFICATIONS Via the CONVERGE™ web interface, utilities can be managed by exception with customized threshold alarms and notifications: Voltage Signal Delta Current Signal Delta Fault Current Voltage Sag and Swell K-Factor Harmonics Top/Bottom Tank Temperature Temperature Delta Winding Hot Spot Load Ratio Winding Load Winding Hot Spot Temperature
	TRANSFORMER LIFE PREDICTION By continuously monitoring the key indicators of a transformer’s performance, including temperature and load, the DTM not only tracks the loss of life in a transformer but also employs advanced predictive algorithms to forecast the estimated remaining run time. CONTINUOUS MONITORING The DTM continuously assesses transformer loading and thermal conditions to calculate the accumulated loss of life in real-time, updating at approximately two-second intervals. ACCELERATION FACTOR After each interval, the DTM updates the accumulated loss of life. This considers the exact interval duration and adjusts with an acceleration factor based on the loading and thermal conditions. LIFETIME ESTIMATE The average acceleration factor is then applied to any unmonitored time before the DTM was installed. This provides a thorough estimate of the total loss of life and can be used in predictive maintenance planning.
	UNITE™ ASSET MANAGEMENT DATABASE A secure MQTT communication protocol allows the DTM to communicate with the web-based UNITE™ asset management database safely. UNITE™ provides user-friendly access to all distribution transformer performance data for convenient centralized analysis and reporting. ASSET MANAGEMENT UNITE™ is a sophisticated IoT database with advanced data visualization tools for Franklin Electric monitoring systems like the DTM. ANALYSIS UNITE™ provides user-friendly access to voltage, temperature, current Power Factor data, and more for convenient analysis and reporting.  CONSOLIDATION Arm service and maintenance personnel with a consolidated view of an entire network of distribution transformer health and performance data.
	EASY INSTALLATION The DTM can be applied to any distribution transformer with a secondary output of 480 volts or less, phase to neutral. This includes single-phase, split-phase, or three-phase transformers. Installation has been kept simple, with only a few connections required to the transformer secondary. SIMPLE CONNECTIONS Four split-core Rogowski Coils measure load current. Five voltage leads measure Phase A, Phase B, Phase C, and neutral and ground. Two magnetically mounted RTD sensors measure the top and bottom transformer temperatures. MAGNETIC MOUNTING Four powerful 25 lbs. magnets integrated into the mounting plate allow the DTM to be installed vertically or horizontally without any drilling or adhesives.  SETUP & CONFIGURATION All user interface communication, including configuration of alarms and settings, data viewing, and alarm resetting, is made via the CONVERGE™ web interface. Configuration can be done locally via Wi-Fi using a web browser or remotely through the cellular connection.

 

 

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PRS-370 Self-Adjusting Programmable Resistance Box & RTD Simulator

sku Product SKU:  IET-PRS-370

The PRS-370 is a Self-Adjusting Programmable Resistance Substituter, just connect an 8.5 digit DMM; Fluke 8508A, 8588A or the Keysight 3458A to the PRS-370 via the IEEE-488 interface, and the PRS-370 becomes a short-term stable variable standard of resistance.

The PRS-370 instructs the DMM to make a measurement of the source resistance and then automatically fine adjusts the output resistance to achieve the "best" accuracy to the nominal resistance value, typically better than 10 ppm.

The PRS-370 utilizes both the front and rear binding posts so that the DUT and DMM can be connected at the same time. Once the resistance measurement is complete using the DMM and rear binding posts, the source resistance is switched to the front binding posts.

The large graphical color display shows the target resistance, ∆ from nominal, measured resistance from the DMM and measurement uncertainty of the DMM.

Save time in adjustment
At the touch of a button the built-in firmware routine allows for automatic calibration of the internal resistors by just connecting a DMM to the PRS-370 . No entering values or manual trimming saves significant time over traditional programmable resistance decades or manual decades.

The right mix of features
The PRS-370 was designed with the right mix of features for to be efficient for both manual and automated application in both laboratory and production environments. With its wide range the PRS-370 was designed to replace multiple decade boxes, individual resistance standards and reduce test time.

User interface
The PRS-370 utilizes a large state-of-the-art color capacitive touchscreen which provides super fast response time. Even in low or bright light conditions the display provides exceptional clarity with large fonts and easy-to-read menus.

The user interface makes the PRS-370 well suited for high accuracy requirements for both manual and automated applications such as; calibration of resistance meters, calibration of temperature controllers and indicators, automated test systems requiring a precision resistive load

The user interface also features softkeys and a numeric keypad allowing use of the user interface without using the touch-screen.

No zero resistance
The PRS Series programmable resistance box employs very low resistance, low thermal emf relays with gold-clad silver-alloy contacts. A special design keeps contact resistance to a minimum. The gold plating keeps the silver contacts from becoming tarnished when unused, or when only low currents are passed through them. This is most often the case when only minute test currents are drawn by digital multimeters and other test instruments. Contact resistance remains low and repeatable through the use of multiple contacts.

Highest quality components
The programmable resistance box employs, high-quality gold-plated tellurium-copper five-way binding posts serve to minimize the thermal emf effects, which would produce errors in dc resistance measurements. Resistors are custom Z-foil and low inductance wirewound for low TC and excellent stability.

5 year warranty
With its industry leading 5 year warranty all aspects of the PRS-370 focus on reliability, reduced ownership costs and simplicity out of the box.

RTD calibration
The PRS-370 is also a programmable decade resistor and RTD simulator that can be used stand-alone to automate your source resistance and temperature controller testing.
Built-in tables for PT100 and PT1000 RTDs and direct resistance substitution makes the PRS-370 ideal for for RTD (Resistance Temperature Detector) simulation. User defined tables can also be created for use with other RTDs. The operator can enter temperature directly and the correct resistance will automatically be programmed.

Resistor carousel
Built-in EIA "preferred value" resistance tables of 1% (E96), 5% (E24), 10% (E12) increments or user specified increment allows the PRS-370 to be used as a resistor carousel.

AC performance
The PRS-370 programmable resistance box is a precision resistance source with excellent characteristics of stability, temperature coefficient, and power coefficient. The use of low inductance wirewound and Z-foil resistors allows the PRS-370 to be used in ac applications with minimal resistance change below 1 kHz.

Interface
Operation is both local using a color touch screen and numeric keypad or remote control with the standard IEEE-488 interface. The versatility of the IEEE-488 interface allows you to completely automate your testing when not used with a DMM.

Calibration history
Calibration history of each internal resistor can be reviewed to show drift and performance. The calibration history data can be retrieved via SCPI command for further analysis.
Pressing a switch on the front panel allows access to calibration history and adjustment menus minimizing unauthorized access.

Cyber security statement
The PRS-370 contains a microcontroller, and runs proprietary firmware. The firmware can only be updated via a JTAG or similar cable and only accessed by removing the top cover of the instrument.
There are no facilities to update firmware via the GPIB interface on the PRS-370.
Windows or Linux are not used in this product.
A factory reset is provide which will reset the PRS-370 back to factory default including calibration data history and all other data that can be saved by a user.
 

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DE-5000 LCR Meter5000

sku Product SKU:  DE-5000

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KeyTag KTL-108

sku Product SKU:  KTL-108

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KeyTag Temperature Recorder

sku Product SKU:  KTL-TR

KeyTag Temperature Recorder

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KeyTag KTL-508

sku Product SKU:  KTL-508

MTS-33T allows students to carry out 3 types of micromouse experiments on a lab table individually including  wall maze solver, line maze solver, and line follower. With provided maze wall, post, and line track pad, students can setup corresponding experiment environments efficiently and flexibly.

Learning MCU programming for three types of micromouse is an important course topic on MTS-33T. Students can see the behavior of micromouse instantly after MCU code is programmed, downloaded and executed.

The provided simulation software allows students to create the map of line maze and wall maze so as to observe how micromouse solves the maze.

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MFT Calibrator 4010

sku Product SKU:  MFT-4010

The MFT 4010 Series delivers the versatility of a calibrator and the convenience of HART communications in one handheld unit.

Users can view up to four measurements simultaneously on the high resolution LCD or compare HART PV and AO values to corresponding values measured by the NIST traceable MFT. Available modules include differential, gauge, vacuum and absolute pressure as well as temperature and voltage/current. A voltage and current meter is integral to the base unit. All HART field devices can be configured, polled and trimmed using HART communications. Device Specific commands for supported devices are included with the MFT.

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MFC5150 HART® Communicator

sku Product SKU:  MFC5150

The MFC5150 HART® Communicator is the latest addition to Meriam’s product line of calibrators and communicators. Available in ATEX (intrinsically safe) and Non-ATEX models, the MFC5150 directly reads Device Descriptions without any translations or subscriptions, enabling communication to take place with any registered or unregistered HART® device…ensuring your HART® transmitter will connect, regardless of brand or model. The MFC5150 is built on the SDC-625 infrastructure and runs Windows CE. With a 1GHz processor and an 4GBMicro SD card, the communicator is ideal for all of your data storage needs. The 4.3 inch touchscreen provides excellent anti-glare viewing, allowing for comfortable use in darkness or in bright sunlight. All functions are easily navigated via the full QWERTY keyboard and intuitive icons similar to that of a smart phone. There are also hyperlink menu paths, teachable device specific shortcuts, instant on, multiple languages, help context, video’s and TAB access to panes just like on a computer.

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Hydraulic Pressure Pumps

sku Product SKU:  MGF16BN

Meriam’s hand pumps can be used with a variety of products such as our MGF16BN gauges, manometers, Model 35EE Meri-Cal, MFT Series, M2 Series Smart Manometers and the M1 Series Digital Manometers/Calibrators. The MH-10KT uses a fully adjustable stroke control to allow for fast priming or filling of test systems. This gives the operator the ability to switch as needed to a smaller stroke for easier pumping at high pressure.

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