High Precision Digital Vacuum Gauge VMV-1 - Accurate Pressure Measurement for HVAC, Refrigeration & Laboratory Use (0-50°C Temperature Range) - Ideal for Industrial and Scientific Applications

$85.24

$154.99

Safe 45%

High Precision Digital Vacuum Gauge VMV-1 - Accurate Pressure Measurement for HVAC, Refrigeration & Laboratory Use (0-50°C Temperature Range) - Ideal for Industrial and Scientific Applications

High Precision Digital Vacuum Gauge VMV-1 - Accurate Pressure Measurement for HVAC, Refrigeration & Laboratory Use (0-50°C Temperature Range) - Ideal for Industrial and Scientific Applications

$85.24

$154.99

45% Off

Delivery & Return: Free shipping on all orders over $50

Estimated Delivery: 10-15 days international

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SKU: 83086591

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Description

Specification: Condition: 100 Percent Brand New Model:VMV 1 Maximum Overload Pressure: 72psi/0.5Mpa Resolution: 0.01 (<10pa), 0.0001 (<10mbar), 0.0001 (<10mmhg), 1(<30000 Micron) Measurement Accuracy: 2 100Pa (Digits± 5 Percent) Operating Temperature: 0 50DegreeC(32 122Degree F) Units: Pa, mBar, mmhg, Microns Refresh Rate: 0.5 Seconds Interface: 1x 7/16 20UNF Sensor: 1 x Pirani Sensor Automatic Shutdown: 10 Minutes Backlight: 20 Seconds Beep Horn: 90 DB(closes after 10 seconds) Weight: Approx. 409g / 14.4oz Size: Approx. 14.5 x 6 x 3cm / 5.7 x 2.4 x 1.2in Package List: 1 x Digital Vacuum Gauge 1 x Three way Connection 1 x Extended Rod 1 x Black Bag Note: Battery is not included.

Shipping & Returns

For all orders exceeding a value of 100USD shipping is offered for free.

Returns will be accepted for up to 10 days of Customer’s receipt or tracking number on unworn items. You, as a Customer, are obliged to inform us via email before you return the item.

Otherwise, standard shipping charges apply. Check out our delivery Terms & Conditions for more details.

Reviews

*****

Verified Buyer

Measures vacuum ok, but required a bit of torque to get the fittings to seal. Biggest issue is that if you use it for AC systems (like I did) it doesn't have an isolation valve, so the sensor will get dirty when you release the refrigerant into the system.

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