Skip to product information
1 of 1

MastercoolTools.com

Mastercool 98061 Digital Vacuum Gauge

Mastercool 98061 Digital Vacuum Gauge

Regular price £227.09
Regular price Sale price £227.09
Sale Sold out
Shipping calculated at checkout.

Mastercool 98061 Digital Vacuum Gauge.

This Mastercool 98061 Digital Vacuum Gauge is a precise tool for measuring vacuum levels in various systems, including HVAC and refrigeration. Featuring a digital display and accurate readings, it is a reliable choice for industry professionals. Increase efficiency and accuracy with the Mastercool 98061 Digital Vacuum Gauge.

Product Description:

As a professional technician, I believe that the assurance of a deep vacuum on a system is imperative. The main problem with many small handheld units is their inaccuracy and durability. Although the thermocouple sensor has been proven to be much more accurate and durable than the thermister type, the problem has been the inconvenience of a cumbersome tabletop unit. Mastercool is introducing a handheld unit using thermocouple technology. This vacuum gauge has been designed with the technician’s field environment in mind, allowing for self-calibration and a sensor that small oil mists will not damage. The Mastercool unit provides a target vacuum range that can be programmed with a light sensor indicator. Now, you can continue with your other work and return to the system once you see the indicator light signalling your target vacuum.
98061: Digital Vacuum Gauge packaged in a blow moulded case

SPECIFICATIONS:

  • Response Time: 250 mSec.
  • Sensor Cable: Spiral cable extended to 6.5 feet (2.6 meters)
  • Sensor: Thermocouple sensor
  • Connection Fitting: 1/4 flare female adapter
  • Operating Temperature: 32 to 120F (0 to 45C)
  • Power: 9V DC battery (AC/DC Adapter Optional)
  • Battery Life: 36 hours
  • Low Battery Indicator: Special ICON on LCD
  • Vacuum Units: Micron, Torr, mTorr, mmHg, mBar, Pa
  • Accuracy Range*: ATM-1000 Microns: within 10% of reading 1000 – 100 Microns: within 7% of reading, 100 –
  • 1 Micron: within 5% of reading

* Unit accuracy refers to sensor specifications and is based on optimal laboratory conditions. Field operations may significantly deviate from these levels.

View full details