Milton 976BKL Dual-Head Angled Chuck Service Gauge, Matte Black Poly, 10-160 PSI
- The Milton 976BKL Service Gauge features a dual-head angled-foot lock-on chuck and non-slip matte black poly finish, engineered for accurate tire pressure measurement on large vehicles such as RVs, tractors, and trucks.
- Features:
- Dual-head angled-foot lock-on chuck - clamps securely to valve stems and provides superior access to recessed or dual-tire valves.
- Non-slip matte black poly coating - offers enhanced grip under oily, wet, or cold working conditions.
- Heavy-duty brass tube construction - highly resistant to corrosion and durable in demanding shop environments.
- Dual-scale display (PSI and kPa) on laser-inscribed aluminum bar - delivers clear, precise pressure readings.
- Specifications:
- Manufacturer: Milton Industries
- Part Number: 976BKL
- Pressure Range: 10 to 160 PSI / 80 to 1100 kPa
- Chuck Style: Dual-head angled-foot lock-on
- Construction: Brass tube with matte black poly finish and laser-inscribed aluminum scale bar
- Length: 13 inches overall
- Made in the USA
- System Compatibility: Designed for heavy-duty tire service on commercial, fleet, and large vehicles
- This service gauge may also be referred to as angled chuck tire gauge, dual-head truck tire gauge, non-slip lock-on service gauge, and heavy-duty angled service gauge.
Milton Industries is a recognized leader in professional pneumatic diagnostic tools, offering durable and precise instruments trusted by fleet and service technicians worldwide.
Q: How is valve access improved with this model?
A: The angled-foot lock-on chuck securely mounts to recessed or dual tire valves, providing excellent reach and hands-free inflation control.
Q: How accurate is the pressure reading?
A: It displays accurate dual readings in both PSI and kPa on a laser-inscribed scale that’s easy to read under shop lighting.
Q: Is this gauge durable for harsh environments?
A: Yes-it features a brass body resistant to corrosion, housed in a matte black poly finish for excellent grip and maximum service life.
