Overview of Integrated Building Equipment Monitoring System

The Integrated Building Equipment Monitoring System complies with the requirements of Section 18.14 of the national standard GB51348-2019 "Standard for Electrical Design of Civil Buildings." It enables building equipment monitoring, power monitoring, lighting control, residual current monitoring, energy metering, environmental monitoring, energy efficiency management, and other building monitoring and management functions. The system includes equipment for the distribution, conversion, protection, control, metering, and safety of electrical energy, as well as monitoring, metering, control, and protection functions for controlled equipment. It also provides human-machine control operations, information and status display, and network communication capabilities. The system interconnects building equipment control systems via networks to form a comprehensive and integrated power supply, monitoring, and control system.

Intelligent Low-Voltage Complete Control Equipment Complies with the Latest Relevant Standards

Resolution TC06-2021-06 regarding the mandatory product certification standard for intelligent low-voltage switchgear, which replaces GB/T 7251.8-2005 with GB/T 7251.8-2020.

GB/T 7251.8-2005 has been replaced by GB/T 7251.8-2020 "Low-voltage switchgear and controlgear assemblies – Part 8: General requirements for intelligent assemblies." The new standard was issued on November 19, 2020, and came into effect on June 1, 2021.

After the replacement, the certification standard for low-voltage intelligent complete equipment originally based on GB/T 7251.8-2005 has been changed to GB/T 7251.8-2020. I. Differences Between the Old and New Standards

GB/T 7251.8-2020 differs from GB/T 7251.8-2005 in terms of standard structure, technical content, verification items, and testing methods.

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ProductModel:

ZLLP-M1-11-152-TCooling Pump IntegratedControl Module

1. Integrated secondary circuit of the chilled water pump electrical control cabinet

2. Manual/remote-automatic control; interlock control; pump unit status display; pump unit combination configuration and automatic wear balancing function; frequency converter control

3. Real-time tracking and recording of pump unit efficiency

4. Self-check function; provides fault location and cause for pump units and electrical control boxes, facilitating quick maintenance

ZLLP-M1-10-152-T Elevator Energy-Saving Controller

Monitors the status and faults of equipment such as elevators, fire pumps, and sprinkler pumps; 35mm standard rail-mounted installation

Water pump energy-saving controller;

Automatically controls the start/stop of water pumps based on corresponding liquid level signals; automatically selects start/stop pumps based on cumulative operating time; motor monitoring, energy-saving evaluation, energy-saving control, etc.; 35mm standard rail-mounted installation.

ZLLP-M1-21-279-T Air Conditioning Fresh Air Energy-Saving Controller

1. Equipped with AT-BUS communication interface and multiple switch loop output interfaces

2. Enables system control and manual control functions for ventilation/exhaust fan controllers

3. Collects branch sensor signals and executes corresponding control logic based on sensor signals

4. Switch loop protection function

5. Delay protection, scene programming

ZLLP-M1-11-145-TChiller Unit Energy-Saving Controller

1. Integrated secondary circuit of the cooling pump electrical control cabinet

2. Used to collect various control points and status points of the chiller unit; manual remote automatic control; interlock control; unit status display; butterfly valve control; unit combination configuration and automatic wear balancing function, etc.

3. Configurable operating modes: direct start, soft start, frequency conversion start; self-check function; provides fault location and cause for the unit and electrical control box, facilitating quick equipment maintenance