Fieldpiece HS36 Expandable True RMS Stick Meter
The Fieldpiece HS36 Stick Meter is a professional HVAC-R electrical meter designed for service technicians who need accurate testing in a compact, easy-to-carry format. It is suited to air conditioning and refrigeration diagnostics, including voltage checks, capacitor testing, continuity checks and temperature measurement.
The expandable stick meter design allows the HS36 to work with compatible Fieldpiece accessory heads, giving technicians flexibility across a wider range of HVAC-R testing applications.
Key Features
- Expandable HVAC-R stick meter
- True RMS measurement for accurate electrical readings
- Measures AC/DC voltage
- Measures resistance and continuity
- Capacitance testing for run and start capacitors
- Temperature measurement capability
- Min/Max function for monitoring readings
- Backlit display for easier viewing in low-light areas
- Compatible with Fieldpiece accessory heads
- Compact design for technician tool kits
- Suitable for service, maintenance and commissioning work
Specifications
| Specification | Details |
|---|
| Product Code | HS36 |
| Brand | Fieldpiece |
| Product Type | Expandable Stick Meter |
| Meter Type | True RMS multimeter |
| Voltage Measurement | AC/DC voltage |
| Resistance | Yes |
| Continuity | Yes |
| Capacitance | Yes |
| Temperature Measurement | Yes |
| Display | Backlit display |
| Expandable Accessory Head Compatibility | Yes |
| Application | HVAC-R electrical testing and diagnostics |
| Suitable For | Air conditioning and refrigeration service work |
Applications
- HVAC-R electrical diagnostics
- Air conditioning service work
- Refrigeration service work
- Capacitor testing
- Control circuit checks
- Compressor and motor testing
- Continuity and resistance testing
- Temperature checks
- Service, maintenance and commissioning work
- Technician tool kits
The Fieldpiece HS36 Expandable True RMS Stick Meter is a practical diagnostic meter for HVAC-R technicians needing accurate electrical readings, flexible accessory compatibility and compact everyday field performance.
