Fluke 714B Temperature Calibrator, 4 to 20 mA

Fluke 714B Offers
Delivering outstanding performance, this thermocouple calibrator presents durability and reliability. The calibrator is compact, lightweight, and offers an easy-to-use push-button interface. It is EMI tolerant, dust and splash resistant, and features a removable battery door for quick battery changes.

Features

Measure temperature from TC output
Simulate 17 different RTD types and resistance
Operable with nine types of thermocouples
Calibrate linear TC transmitter with mV source function
Selectable °F or °C
Dual inputs and backlit display for easy interpretation of measurements
Thermocouple mini-jack termination
Holster features test lead storage
Power down settings remembered at power up for easy restart of tests
Compatible with TPAK magnetic hanging system
Measure 4 to 20 mA signals while simultaneously sourcing a temperature signal

Applications

Petro-chemical
Oil and gas
Food and beverage
PharmaceuticalFluke 714B Offers
Delivering outstanding performance, this thermocouple calibrator presents durability and reliability. The calibrator is compact, lightweight, and offers an easy-to-use push-button interface. It is EMI tolerant, dust and splash resistant, and features a removable battery door for quick battery changes.

Features

Measure temperature from TC output
Simulate 17 different RTD types and resistance
Operable with nine types of thermocouples
Calibrate linear TC transmitter with mV source function
Selectable °F or °C
Dual inputs and backlit display for easy interpretation of measurements
Thermocouple mini-jack termination
Holster features test lead storage
Power down settings remembered at power up for easy restart of tests
Compatible with TPAK magnetic hanging system
Measure 4 to 20 mA signals while simultaneously sourcing a temperature signal

Applications

Petro-chemical
Oil and gas
Food and beverage
Pharmaceutical

Fluke 714B/EN Specifications

Thermocouple mV Input

Range
-10 to 75 mV

Resolution
0.001 mV

Accuracy (% of Reading + Floor)
1 year: 0.015 % + 10 µV

2 year: 0.02 % + 15 µV (2 year)

Thermocouple mV Output

Range
-10 to 75 mV

Resolution
0.01 mV

Accuracy (% of Output + Floor)
1 year: 0.015 % + 10 µV

2 year: 0.02 % + 15 µV

Thermocouple mA Input

Range
0 to 24 mA

Resolution
0.001 mA

Accuracy (% of Reading + Floor)
1 year: 0.01 % + 2 µA

2 year: 0.02 % + 4 µA

General Specifications

Maximum Voltage Applied Between any Terminal and Earth Ground or Between any Two Terminals
30 V

Temperature
Operating: -10 to 50 °C

Storage: -20 to 60 °C

Altitude
Operating: 6561′ (2000 m)

Storage: 39,370′ (12,000 m)

Relative Humidity (% RH Operating without Condensation)
Non-condensing

90% (10 to 30 °C)

75% (30 to 40 °C)

45% (40 to 50 °C)

Vibration Requirements
MIL-T-28800E, Class 2

Drop Test Requirements
3.2′ (1 m)

IP Rating
IEC 60529: IP52 (with TC cap)

Electromagnetic Environment
IEC 61326-1, Portable

Safety
IEC 61010-1, Max 30 V to earth, Pollution Degree 2

Power Supply
4 AA alkaline batteries/NEDA code: 15A, IEC code: LR6

Dimensions
0.4 x 3.3 x 7.4″ (52.5 x 84 x 188.5 mm)

Weight
1.13 lbs (515 g)

Click here for complete specifications on the Fluke 714B/EN

What’s included with the Fluke 714B/EN
Temperature Calibrator
Traceable Calibration Certificate
Magnetic Hanging Tool
Hanging Tool
Test Leads
Batteries
User’s Manual

Webinar: Temperature Calibrations with Fluke

We understand the importance of the performance of temperature and pressure instruments in your business as often being critical when trying to optimize operations, product quality or to ensure proper functioning of safety systems. As such, we’ve teamed up with Fluke to offer you a series of two webinars on this topic. The first will provide valuable information to help you identify temperature calibration improvements in your business. The second will focus on identifying pressure calibration improvements.

Let’s start with Temperature Calibrations… This valuable one-hour Fluke seminar will give you the knowledge to quickly identify improvements to your temperature calibrations and associated workflows. Providing you with key insights when reviewing your temperature calibration workload and highlights the latest “best practices”, methods and tools that will allow you to maximize results when testing the most common temperature instruments.

During this 1-hour webinar, we’ve covered:
• Temperature calibration – an overview and review
• Workload and applications checklist
• Identify, isolate and eliminate common sources of error
• Best practices and tech tips
• Using technology for workflow improvements
• How to maximize your results