KANE Differential Pressure Meter (±30psi / 2070mBar)
What is the KANE 3500-30 Differential Manometer?
Designed for HVAC engineers and technicians servicing UK installations, the KANE 3500-30 is a high-accuracy differential pressure meter (±30 psi / ±2070 mbar) that delivers reliable readings for flue draft, gas/air ratio valve checks, tightness testing and ventilation verification. With temperature compensation and multi-unit measurement, it’s a trusted tool for pro engineers looking for precision in demanding environments.
Why should HVAC engineers choose this model?
For HVAC technicians needing accurate differential pressure measurement on site, the 3500-30 stands out with its ability to switch between units (mbar, Pa, hPa, kPa, mmHg, mmH₂O, inH₂O, PSI) and alternate high/low resolution settings, helping you capture both coarse and fine readings with confidence. Add in data-hold, min/max logging, memory for 250 readings and optional print-out capability and you’ve got a device built for professional day-to-day use.
How does the 3500-30 stand out in everyday use?
For HVAC engineers checking gas pressure, draft readings or air flow, the KANE 3500-30 delivers stable, accurate measurements with its smoothing and temperature-compensation features. It’s built to perform in fast-changing environments, from cold plant rooms to warm mechanical spaces.
Order today to enjoy free delivery, expert support and our 90-day satisfaction guarantee. Need advice? Our team is here to assist you.
Why choose Instrotech for your electrical test equipment?
With over 40 years’ experience supporting UK electricians, technicians and engineers, Instrotech is your trusted partner for quality tools and expert service. When you purchase from us, you benefit from:
Free UK shipping on all orders
Access to our knowledgeable technical support team
Available calibration services to maintain safety compliance
A 90-day money-back guarantee for complete peace of mind
We’re committed to helping you work safely and efficiently with industry-leading products and ongoing support.