In ice-making mode, it combines with the direct-evaporation ice-making coil to form a refrigerant cycle.The mode is adjustable, with automatic switching, eliminating the need for additional piping, valve parts, and valve controls, making it simple and convenient.A full-liquid evaporator and a parallel compressor design optimize the compression ratio under water-cooled conditions, significantly improving the efficiency ratio (COP and IPLV).CHINT has innovated lubrication and refrigerant management technologies to ensure reliable operation of the unit.

Main Features:

• R410A environmentally friendly and efficient refrigerant;

• Compressor paralleling and IDV technology significantly improve IPLV;

• Patented lubrication and refrigerant management technologies.

This series of products is primarily designed for low-carbon photovoltaic lamppost systems, utilizing high-efficiency photovoltaic modules, low-carbon environmental graphene lamp heads, high-capacity lithium batteries, and intelligent photovoltaic lamppost controllers. It supports multiple intelligent power coupling options (Smart Series), and off-grid (without the need for municipal electricity) operation.

Integrated with CHINT’s proprietary “Cloud Integrated” smart light pole cloud platform (Smart Series), it enables real-time data monitoring and strategic adjustments, ensuring long-term stable operation of street lighting.

The MO-MC08+ is one of the SMC series digital input/output modules, widely used in intelligent lighting, security alarms, and other electromechanical equipment control fields. It features 8 relay output functions; these relay outputs can control lighting, motors, alarms, and other switching circuits.

Main Features:

• P-bus powered link;

• 8 channels of 250VAC/20A relay outputs;

•  Equipped with a mechanical manual emergency switch;

•  4 digital inputs.

Intelligent energy-efficient building edge-side IoT DDC systems feature a dual-network port design.Supports various mainstream open protocols, compatible with most Building Automation (BA) platforms and automation platforms, capable of functioning as either an independent controller or a regional controller.Highly flexible, capable of managing complex computational logic and functions.Simple programming tools make it easy to handle and deploy; equipped with a high-performance hardware platform.Widely used in building IoT, building automation, and energy retrofit fields.

Main Features:

• Supports multiple standard protocols, various input/output types, and a dual network port design;

• Embedded real-time clock, protocol gateway support, and embedded Linux operating system.

The TFP210seriesis an integrated networked fan coil unit temperature controller, combining room temperature correction coefficient setting, ambient temperature setting, fan coil operation mode setting, and timing functions. It adjusts the indoor temperature by comparing high-precision sensor signals with the set temperature, and based on the selected operation mode, it outputs control signals to automatically manage electric valves and the fan, maintaining a constant indoor environment. It is suitable for four-pipe terminal air conditioning systems.It featuresRS485/PBUS communication and, in conjunction with an air conditioning gateway, can facilitate remote air conditioning management and billing functions.

Main Features:

• Configurable for two air conditioning modes: cooling + heating, and cooling + heating + ventilation;

• Two fan modes available: fan shut-off and fan continuous operation;

• Settings lock controls for on/off, temperature setpoint, fan speed, mode, and energy-saving mode;

• Separate tracking of operation times for different fan speeds in both cooling and heating modes;

•  Power-loss memory, which restores the last operational state upon re-powering;

•  In conjunction with the air conditioning gateway, enables networked air conditioning for remote management and billing.

Chitic, leveraging the full industry chain advantage of the group's electrical products and over 20 years of professional control technology expertise, has specifically developed a highly reliable redundant control system and dedicated control software for the secondary water supply industry. Combined with CHINT's smart water management information system and professional operation and maintenance team, it offers a one-stop service for secondary water supply that covers operation, management, and maintenance.

Main Features:

• Control, network, and power redundancy ensure stable and reliable operation;
• Dedicated variable frequency drives for one-to-one intelligent control;
• Ultra-efficient motors and ultra-quiet pumps, energy-saving and environmentally friendly;
• A comprehensive operation and management control platform for intelligent management;
• An integrated professional service team, providing peace of mind for all backend concerns.

The Taihe System is a high-end, reliable, large-scale intelligent control system for process industry integrated units, capable of handling nearly a million tags. It employs the latest technologies such as industrial real-time Ethernet, efficient data synchronization, real-time data processing, clock synchronization, reliability design, and functional safety design. The system facilitates distributed control, zone management, real-time and historical data openness, WEB publishing, intelligent diagnostics, and smart instrument integration. It features powerful functionality, hazard dispersion, easy configuration, flexible application, and high safety.

Main Features:

• New system architecture designed for multi-domain monitoring and management, suitable for large-scale applications;

• Distributed redundant data management, ensuring information security;

• IOrack without baseplate, fully modular design, maximizing spatial elegance;
• Controller safety protection, channel fault safety, network load balancing;

• Supports standard POWERLINK industrial real-time Ethernet for smart, efficient operations.

The Taian System is specifically developed for demanding applications, offering high safety, high reliability, and high adaptability as a safety control system.Its hardware utilizes redundant fault tolerance for modules, highly available safety modules, and advanced industrial network security technologies.The system employs a rack-mount installation, compact in size, with the control station featuring a modular structure. It meets the SC2 system capability level and SIL2 hardware safety integrity level defined by IEC 61508, and has passed SIL2 level safety evaluation and certification; Control station capacity: AI: 512, DI:1024; System scale, AI: 16384, DIO:32768.

Main Features:

• HighReliability:Full hardware module redundancy for fault tolerance;
• High Adaptability: Fault isolation, online hot-swapping; supports various communication interfaces, fully supportsOPC, MODBUS, DP, and other protocols;
• High Sensitivity: Real-time monitoring of combustible and toxic gas concentrations, limit-exceeding alarms, automatic exhaust, sprinkling, cutoff, and emergency shutdown safety interlocks;
• High Immunity: Advanced industrial network security technology, offering strong resistance to interferenceand electromagnetic environmental adaptability.