PRC30

Extech PRC30 Multifunction Process Calibrator

Extech PRC30 Multifunction Process Calibrator

Description

The Extech PRC30 Multifunction Process Calibrator is a precision source and measure for thermocouples.

Features

  • Measures DC process signals
  • Up to five user adjustable calibration presets
  • Large battery bank for extended work cycle
Free Shipping on this product
Your Price
$599.00
Drop ships from manufacturer

Shipping Information
Return Policy
Why Buy From Fondriest?

Details

The Extech PRC30 displays output in terms of millivolts or temperature based on thermocouple tables. The high accuracy cablibration function simulates precision thermocouple outputs for use in calibrating thermometers, transmitters, controllers, or recorders. Up to five adjustable calibration presets are available on the meter. The large battery bank and external power adapter make for an extented or continous work cycle.

Notable Specifications:
  • DC source current range: 0 to 24mA, -25% to +125%
  • DC source current basic accuracy: ±(0.01% + 1 digit)\
  • DC source maximum load range: 1000Ω @ 24mA
  • DC source voltage range: 0 to 2000mV, 0 to 20V
  • DC source voltage basic accuracy: ±(0.01% + 1 digit)
  • DC source mV/temp range: -5 to 55mV
  • DC source mV/temp basic accuracy: ±(0.01% + 1 digit)
  • DC source type J range: -58 to 1832°F (-50 to 1000°C)
  • DC source type J basic accuracy: ±(0.05% + 2°F or 1°C)
  • DC source type K range: -58 to 2498°F (-50 to 1370°C)
  • DC source type K basic accuracy: ±(0.05% + 2°F or 1°C)
  • DC source type T range: -184 to 752°F (-120 to 400°C)
  • DC source type T basic accuracy: ±(0.05% + 2°F or 1°C)
  • DC source type E range: -58 to 1382°F (-50 to 750°C)
  • DC source type C, R, S range: 32 to 3182°F (0 to 1750°C)
  • DC source type C, R, S basic accuracy: ±(0.05% + 2°F or 1°C)
  • DC source type N range: -58 to 2372°F (-50 to 1300°C)
  • DC source type N basic accuracy: ±(0.05% + 2°F or 1°C)
  • DC measure current range: 0 to 50mA, -25% to +230%
  • DC measure current basic accuracy: ±(0.01% + 1 digit)
  • DC measure voltage range: 0 to 1999mV / 2 to 20V
  • DC measure voltage basic accuracy: ±(0.01% + 1 digit) / auto range
  • DC measure mV/temp range: -10 to 60mV
  • DC measure mV/temp basic accuracy: ±(0.01% + 1 digit)
  • DC measure type J range: -58 to 1832°F (-50 to 1000°C)
  • DC measure type J basic accuracy: ±(0.05% + 1.8°F or 1°C)
  • DC measure type K range: -58 to 2498°F (-50 to 1370°C)
  • DC measure type K basic accuracy: ±(0.05% + 1.8°F or 1°C)
  • DC measure typeT range: -184 to 752°F (-120 to 400°C)
  • DC measure type T basic accuracy: ±(0.05% + 1.8°F or 1°C)
  • DC measure type E range: -58 to 1382°F (-50 to 750°C
  • DC measure type E basic accuracy: ±(0.05% + 1.8°F or 1°C)
  • DC measure type C, R, S range: 32 to 3182°F (0 to 1750°C)
  • DC measure type C, R, S basic accuracy: ±(0.05% + 2°F or 1°C)
  • DC measure type N range: -58 to 2372°F (-50 to 1300°C)
  • DC measure type N basic accuracy: ±(0.05% + 2°F or 1°C)
  • DC measure loop power: 24V
  • Meter dimensions: 6.3" x 3.2" x 1.7" (159 x 80 x 44mm)
  • Meter weight: 8.4oz (236g) - not including battery weight
What's Included:
  • (1) Meter
  • (1) Test leads
  • (1) Thermocouple calibration cable with subminiature connector
  • (1) Universal calibration cable with subminiature terminal
  • (1) 100V-240V AC universal adaptor with 4 plugs
  • (6) 1.5V AA batteries
  • (1) Hard carrying case
Image Part # Product Description Price Stock Order
Extech PRC30 Multifunction Process Calibrator PRC30 Multifunction process calibrator
$599.00
Drop ships from manufacturer
Extech PRC30 Multifunction Process Calibrator PRC30-NIST Multifunction process calibrator, NIST traceable
$799.00
Drop ships from manufacturer

In The News

White River Monitoring Backs Work to Boost River’s Civic Profile

The White River looms large in Indianapolis, with some stretches spanning more than 500 feet wide where it runs through downtown. But the river has historically received more sewage than respect. But, like many urban rivers, the White River is in the midst of a slow recovery from decades of neglect and abuse. Between a massive $2 billion sewer improvement project to new funding for programs to educate people about the river and get them on the water, the recovery could hasten as momentum builds behind the idea that a healthy, accessible White River would enrich the city and its citizens. Behind that work, a growing number of water quality monitoring programs will help track improvements on the river and catch any emerging pollution concerns.

Read More

Baking in the Sun: How Groundwater Recharge is Likely to Change as the Climate Does

Much of the American west depends upon groundwater for its survival. Originally the region was sustainably settled and farmed by Native American tribes. Eventually, new settlers without those abilities came west and resettled in a sort of patchwork; newcomers chose to stay near springs and other places where exploitable groundwater was close to the surface. In time, technologies developed enough for deeper wells to be drilled and groundwater to be pumped. This made the high level of development that is now present in places like Los Angeles and Phoenix possible. However, it proceeded without any detailed understanding of the groundwater recharge process in the area.

Read More

NCAR Model Gives U. of Texas Researchers Advanced Tool for Predicting La Niña Drought Impact

[caption id="attachment_27967" align="alignright" width="320"] Jason-3 sea level residuals on 12/07/2017. (Courtesy: NASA/JPL-Caltech.)[/caption] El Niño and La Niña are recurrent warming and cooling patterns in the tropical Pacific Ocean that affect weather patterns around the world. While El Niño tends to spring up due to a random wind change in the tropical Pacific, La Niña often follows on El Niño’s heels, cooling the tropical Pacific Ocean, causing drought conditions across the southern tier of the US. How long drought will persist due to La Niña is an important question for every community that suffers from extremely dry conditions.

Read More