Extech 475044 High Capacity Force Gauge

Extech 475044 High Capacity Force Gauge

The High Capacity Force Gauge(Extech 475044) is a measuring tool used in industrial and laboratory settings to measure tensile and compressive forces with high power. This gadget detects the forces generated in challenging settings using powerful sensors.

product overview

A High Capacity Force Gauge with a 5-digit LCD and peak hold is model number 475044. specialized transducer for load cell measurements. advanced function indications, low battery, and over-range indicators. Measurement capacity of 20 kg (44.1 lb) or 196.1 Newtons. reaction times with a fast/slow option. 0.5% basic accuracy. Display flips to accommodate viewing angles. Including tension rod, carrying case, flathead, cone, chisel, and tension hook adapters, as well as 6 AA batteries.

function Extech 475044 High Capacity Force Gauge

The High Capacity Force Gauge works based on the idea of turning force into an electrical signal. This gadget monitors the forces applied to it using a powerful sensor and then transforms those measured forces into an electrical output. The gadget then evaluates these signals and displays the user’s actual power value.

applications

Due to its capacity to measure high power forces, high-capacity force gauge equipment is utilized in a variety of sectors, including oil and gas, mining, aerospace, automotive, and aerospace. These industries’ users may more precisely quantify the force needed to complete various jobs thanks to this equipment.

Extech 475044 High Capacity Force Gauge features

• Certifications: CE
• Dimensions: 8.5 × 3.5 × 1.8″ (215 × 90 × 45mm)
• Power: 6 × AA (1.5V ) batteries
• Warranty: 2 years
• Weight: 1.4 lbs (650g)

Extech 475044 High Capacity Force Gauge specifications

• Force: 44lbs, 20kg, 196 Newtons
• Force Basic Accuracy: ±(0.5%)
• Force Max Resolution: 0.01lbs, 0.01kg, 0.05 Newtons
• Full-Scale Detection: 2.00mm
• Overload Capacity: 30kg
• Transducer Type: Load cell
• Update Rate: Fast mode 0.2secs; Slow mode 0.6secs