Timbangan analitik ohaus EX 1103 High Capacity Balances

Timbangan analitik ohaus EX 1103 High Capacity Balances

The Timbangan analitik ohaus EX 1103 High Capacity Balances delivers exceptional precision and large capacity for demanding laboratory and industrial applications. With a maximum capacity of 1,100 g and 1 mg readability, it is ideal for weighing heavy samples while maintaining analytical accuracy.

Equipped with AutoCal™ automatic internal calibration, the EX1103 ensures reliable performance and consistent results without manual intervention. The full-color 5.7-inch VGA touchscreen provides an intuitive interface, and the draftshield minimizes external disturbances, making it easier to achieve stable measurements.

Its 130 mm stainless steel pan accommodates a wide range of sample sizes. Multiple connectivity options—USB, RS232, and optional Ethernet—enable efficient data transfer. With an impressive 1-second stabilization time, this balance boosts productivity in fast-paced environments.

Key Features

• Large capacity of 1,100 g with high 1 mg readability

• AutoCal™ automatic internal calibration for precise results

• Draftshield included for stable weighing conditions

• Full-color 5.7-inch VGA touchscreen for easy operation

• Large 130 mm stainless steel pan for diverse sample types

• Multiple connectivity: USB, RS232, and optional Ethernet

• Quick 1-second stabilization time for fast measurements

• Comprehensive range of measurement units, including grams, ounces, carats, and more

• Protective in-use cover to maintain equipment longevity

Technical Specifications

• Maximum Capacity: 1,100 g

• Readability: 1 mg

• Pan Size: 130 mm (5.1 in)

• Linearity: ±0.002 g

• Repeatability (typical): 0.001 g

• Minimum Weight (USP, 0.1%): 2.1 g

• Stabilization Time: 1 second

• Tare Range: Full capacity by subtraction

• Dimensions (L × H × W): 393 × 350 × 230 mm (15.5 × 13.8 × 9.1 in)

• Net Weight: 6.9 kg (15.2 lb)

• Power Supply: AC adapter (included)

• Working Environment: 10°C – 30°C, 85% RH non-condensing