Contador de consumo de energia monofásico QOLTEC 50899 230 V 50 Hz, 5(60)A, classe 1.0, LCD

Single-phase QOLTEC 50899 energy consumption meter for 230 V systems with LCD display. Designed for monitoring active energy in single-phase installations, it operates at 50 Hz with a nominal current range of 5(60) A, accuracy class 1.0 and a low starting current of 0.4% Ib. The compact DIN-rail style enclosure (83 × 35 × 66 mm) and lightweight construction (109 g) suit household and light commercial electricity measurement and billing.

Advantages

The meter provides class 1.0 measurement accuracy for reliable energy readings and an LCD display for clear consumption data. Its low starting current enables detection of small loads, while the standard single-phase and 230 V compatibility ensures easy integration into typical residential electrical panels. Compact dimensions and DIN-rail form factor simplify installation in constrained distribution boards.

Suitable for

• Household electricity monitoring and billing
• Small commercial or office energy measurement
• Sub-circuit metering on DIN-rail distribution boards

Key specifications

• Supply voltage: 230 V
• Frequency: 50 Hz
• Rated current: 5(60) A
• Accuracy class: 1.0
• Starting current: 0.4% of Ib
• Type: Single-phase active energy meter
• Display: LCD
• Dimensions (H×W×D): 83 × 35 × 66 mm
• Weight: 109 g

How to use

Mount the meter on a standard DIN rail inside the electrical panel and connect the line, neutral and load conductors according to local wiring rules and the product wiring diagram. Verify correct polarity and secure terminal connections. After power-up, the LCD displays accumulated active energy; monitor readings for consumption tracking and billing. Ensure the installation is performed by a qualified electrician and that the meter is placed where it is protected from moisture and excessive heat.

Recommendations

Install the meter in a dry, ventilated distribution board, use appropriate circuit protection, and periodically verify readings against reference measurements to ensure ongoing accuracy.