+86 18601225225
karenliu@senre.com.cn
Professional R & D and production of antennas

WhatsApp

Kane 3500-2 Differential Manometer

Application

  • Pressure measurement from 0 to ±160mbar with ±0.02mbar accuracy
  • 0.003mbar resolution with high/low resolution switching
  • Temperature compensation provides greater accuracy

Parameter/Features Inquiry
  • Features

    Kane 3500-2 Differential Manometer

    The Kane 3500-2 Differential Manometer measures pressure from 0 to ±160mbar (±2psi) which makes it a useful instrument for tasks such as flue draught assessment and differential pressure measurement on valves controlling gas/air ratios such as those on high-efficiency boilers. Readings are accurate to ±0.02mbar (<0.2mbar) with a precision of 0.003mbar whilst temperature compensation helps prevent inaccuracies in different conditions. The 3500-2 is also capable of an automated tightness test.

    A smoothing mode helps produce a stable reading on the Kane 3500-2’s display. The user can toggle between low and high resolution as well as choosing the unit (mbar, Pa, hPa, kPa, mmHg, mmH2O, inH2O and PSI). Data hold and min/max recording are available and the manometer is compatible with the optional KIRMP printer for producing hard copies on site from the 250-reading internal memory. Operation is undertaken via the simple push-button interface and the Kane Wireless Printer App can be used to transfer printing information to the user’s smartphone.

    Kane part number: 3500-2

    Key Features

    Measuring range: ±160mbar (±2psi)

    Best accuracy: ±0.02mbar (<0.2mbar)

    Resolution: 0.003mbar

    High/low resolution switching

    Units: mbar, Pa, hPa, kPa, mmHg, mmH2O, inH2O and PSI

    Data hold & min/max recording

    Smoothing function

    Compatible with KIRMP printer

    Kane Wireless Printer App compatible

    Parameter

    Parameter
  • Submit a Quick Quote

    Recommend you also directly send and email to karenliu@senre.com.cn to get our fastest response.

Copyright © Beijing SureSafe Technology Co., Ltd. All Rights Reserved

Submit a Quick Quote

Recommend you also directly send and email to karenliu@senre.com.cn to get our fastest response.