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

Design Basis for Integrated Building Equipment Monitoring System

GB 50189-2015 "Design Code for Heating, Ventilation and Air Conditioning of Civil Buildings"

JGJ/T229-2010 "Green Design Standard for Civil Buildings"

GB 50736-2012 "Energy Efficiency Design Standard for Public Buildings"

GB 51348-2019 "Standard for Electrical Design of Civil Buildings"

50034-2013 "Standard for Lighting Design of Buildings"

GBT50378-2014 "Assessment Standard for Green Building"

GB/T26759-2011 "Technical Specification for Energy-saving Control Devices of Central Air Conditioning Water Systems"

Overview of Integrated Building Equipment Monitoring System:

The integrated building equipment monitoring system utilizes intelligent devices that integrate power distribution, control, energy efficiency, energy consumption measurement and analysis, safety alarms, and fieldbus communication to efficiently monitor and manage mechanical and electrical equipment such as air conditioning/fresh air systems, ventilation/exhaust pumps, elevators, and lighting. The building equipment energy-saving controller should be installed in the power distribution cabinet of the controlled equipment. The controller should integrate related secondary circuit systems such as relays within the power distribution cabinet, employing sub-item energy consumption measurement, analysis, energy-saving control strategies, and fieldbus technology to reduce the operational energy consumption of building mechanical and electrical equipment. 3. Air Conditioning/Fresh Air Unit System

Monitor the actual electrical power, supply/return air temperature, CO2 concentration, etc., of the unit.

Automatically adjust the opening of cold/hot water valves and fresh/return air dampers to achieve effective control of the system's fresh/return air ratio, total fresh/return air volume, cold/hot water flow, and fan efficiency under different seasons and operating conditions.

For more product information or pricing, please call our company.

Product quotation contact number: 15O-O29O-668O

Please contact Manager Zhang: 一五二--〇二九〇--六六八〇 (same as VX)

We will wholeheartedly provide you with project drawing design optimization and configuration plan quotations!!!

ProductModel:

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

1. Integrated secondary circuit for 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; inverter control

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

4. Self-check function, providing pump unit and electrical control cabinet fault location and cause for quick maintenance

ZLLP-M1-10-152-TElevator 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 pump start/stop based on corresponding liquid level signals, selects start/stop pumps based on cumulative operating time, motor monitoring, energy-saving assessment, energy-saving control, etc.; 35mm standard rail-mounted installation.

ZLLP-M1-21-279-TAir Conditioning Fresh Air Energy-saving Controller

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

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

3. Can collect branch sensor signals and execute 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 for 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. Working modes can be set: direct start, soft start, variable frequency start; self-check function, providing unit and electrical control cabinet fault location and cause for quick equipment maintenance