Fluke 9100S-B-156 Dry Block Calibrator with block B, 95 to 707?F

Fluke 9100S-B-156 OffersBy using a precision platinum RTD as a sensor, well temperature is controlled with a Triac-driven heater. Small enough to use in the field and accurate enough to use in the lab, the unit functions equally well as a portable instrument or benchtop temperature calibrator for calibrating thermocouple and RTD temperature probes.
Within a range of 95 to 707°F (35 to 375°C ), this unit provides continuous accurate calibration of temperature sensors and devices. With a proprietary Fluke Calibration temperature controller, the dry well has a display resolution of 0.1 degrees, an accuracy of ±0.5°C, stability of ±0.1°C, and a stabilization time of just five minutes.
Features

Compact design
Ranges from 95 to 707°F (35 to 375°C)
Accuracy to ±0.25°C, stability of ±0.25°C at 50°C
RS-232 interface with 9930 Interface-It v3.81 software
Rapid heating and cooling
Prop stand
Built in programmable features include
Temperature scan rate control
Eight set-point memory
Adjustable readout in °C or °FFluke 9100S-B-156 OffersBy using a precision platinum RTD as a sensor, well temperature is controlled with a Triac-driven heater. Small enough to use in the field and accurate enough to use in the lab, the unit functions equally well as a portable instrument or benchtop temperature calibrator for calibrating thermocouple and RTD temperature probes.
Within a range of 95 to 707°F (35 to 375°C ), this unit provides continuous accurate calibration of temperature sensors and devices. With a proprietary Fluke Calibration temperature controller, the dry well has a display resolution of 0.1 degrees, an accuracy of ±0.5°C, stability of ±0.1°C, and a stabilization time of just five minutes.
Features

Compact design
Ranges from 95 to 707°F (35 to 375°C)
Accuracy to ±0.25°C, stability of ±0.25°C at 50°C
RS-232 interface with 9930 Interface-It v3.81 software
Rapid heating and cooling
Prop stand
Built in programmable features include
Temperature scan rate control
Eight set-point memory
Adjustable readout in °C or °F

Fluke 9100S-B-156 Specifications

Range
95 to 707°F (35 to 375°C)

Accuracy
±0.25°C at 50°C

±0.25°C at 100°C

±0.5°C at 375°C

Stability
±0.07°C at 50°C

±0.1°C at 100°C

±0.3°C at 375°C

Resolution
0.1°C or °F

Well-to-Well Uniformity
±0.2°C with sensors of similar size at equal depths within wells

Computer Interface
RS-232 included with Interface-It software

NIST-Traceable Calibration
Data at 122°F (50°C), 212°F (100°C), 302°F (150°C), 392°F (200°C), 482°F (250°C), 572°F (300°C), and 707°F (375°C)

Heating Times
95 to 707°F (35 to 375°C): 9.5 minutes

Stabilization
5 minutes

Cooling Times
707 to 212°F (375 to 100°C): 14 minutes

Well Depth
4″ (102 mm)

1⁄16″ (1.6 mm) hole in 3.5″ (89 mm) deep

Power
115 V AC (±10%), 55 to 65 Hz, 1.5 A or 230 V AC (±10%), 0.8 A, 45 to 55 Hz, 175 W

Dimensions
2.25 x 4.9 x 6.1″ (57 x 125 x 150 mm)

Weight
2 lbs (1 kg)

What’s included with the Fluke 9100S-B-156

Dry Well
NIST-Traceable Calibration
Software
Power Cord
Serial Cable
User’s Guide

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