AI DATA CENTER COOLING

AI Data Center Cooling

Cooling Equipment Status Monitoring and Interlock Control

Monitor the status of cooling units, pumps, fans, valves and power-distribution equipment, and integrate with existing BMS, PLC or monitoring platforms. Critical protections affecting equipment safety and business continuity should be executed by an approved and tested local system.

Discuss a Cooling Project See how the system works

Cooling equipment statusBMS / PLC integrationLocal protection and remote monitoring

On site

Cooling equipment needs a connected operating view

Serial data remains isolated

Equipment data exposed only through serial interfaces is not directly available to IP-based monitoring and reporting systems.

Monitoring systems require network data

CDUs, chillers and pumps may output data through RS232 or RS485 while supervisory systems require an IP connection.

Manual checks provide limited coverage

Periodic equipment rounds do not provide a continuous record of operating conditions.

Existing equipment remains in service

A gateway can add network connectivity to compatible cooling equipment without replacing the equipment itself.

Historical analysis requires consistent data

Continuous data collection supports trend review, reporting and operating analysis.

System workflow

From cooling equipment to the operating view

Connect existing serial equipment and matched I/O points to the monitoring system.

01
Connect equipment
DTUs read RS232 / RS485 equipment; model-specific I/O modules connect matched field signals.
02
Configure the link
Match serial settings, protocols, point mapping and IP-network access to the existing BMS or PLC.
03
Carry the data
Gateway links bring equipment data to the monitoring application; supported parallel connections depend on the selected model.
04
Review and operate
Use the application for status, alerts and records. Send only approved commands to compatible control points.

Critical equipment protection remains with an approved and tested local system.

Monitoring and control

Cooling connectivity and monitoring

Connect serial data and I/O points while retaining existing SCADA access where required.

Serial-to-network conversion

Y204-R/Y208-R DTUs convert RS232/RS485 to Modbus TCP, MQTT, and HTTP.

I/O monitoring and control

Y301 serial I/O modules connect compatible sensors and actuators over RS485 Modbus RTU. Select the model for its DI, DO, AI or AO channels and confirm electrical ratings for each connected signal.

Ethernet data transmission

DTUs connect to existing Ethernet infrastructure. Y208-R adds dual uplinks (LAN1/LAN2) for automatic failover.

Dual-Socket Architecture

Each DTU port runs Socket A and B concurrently. SCADA and YenGear IoT Cloud receive data simultaneously.

Remote commands and operating rules

IoT Cloud supports manual commands and threshold-based automation for configured equipment points.

Monitoring and data export

Dashboards provide alerts and historical trends, with API-based data export for compatible integrations.

Application examples

Where connected cooling monitoring fits

Representative cooling-data scenarios for integrators and operators.

CDU and equipment control

Acquire CDU data and connect valves, pumps, and alarms for control workflows.

Legacy cooling equipment

Add cloud monitoring to RS485/Modbus equipment without replacing working units.

Multi-vendor consolidation

Consolidate serial devices from multiple manufacturers into standard network data paths.

Campus-wide visibility

Use existing campus networks to standardize visibility across buildings.

Deployment planning

Plan the cooling equipment connection

Connect compatible cooling equipment, I/O points and control workflows through the site network.

Ethernet DTUs connect compatible RS232 and RS485 equipment to the site network. I/O modules add defined sensor and relay points, while the cloud platform provides monitoring, alerts, records and configured control workflows.

Network planning

Use managed switches, VLANs and the site network operations practices. Confirm serial interfaces, BMS / PLC access and parallel monitoring paths before commissioning.

Deployment planning

Network integration and operating records

The final network, access-control, logging and redundancy requirements are reviewed with the data-center team.

Managed Ethernet integration

DTUs can connect through the site Ethernet network. VLAN, addressing and access policies remain under the site network design.

Dual Ethernet interfaces

Y208-R provides LAN1 and LAN2 interfaces. The required operating mode and failover behavior must be confirmed during configuration.

Platform access control

Project permissions, user roles and integration credentials can be configured according to the deployment scope.

Data and operation records

The platform stores configured equipment data, alerts and operation records for review and export.

Published hardware ratings

Select I/O modules by their documented input voltage, temperature, humidity, relay rating and mounting requirements.

Parallel data connections

Dual-socket configurations can maintain an existing SCADA connection while sending a separate data stream to another system.

System components

Gateway interfaces at a glance

This table summarizes the main interfaces and capabilities. Refer to the product documents for exact model variants.

Parameter	Specification
Serial Connectivity	RS232 / RS485, software selectable per port; Y204-R (4-port), Y208-R (8-port); 9–36 VDC wide-range power input
Network & Protocols	10/100Base-T RJ45 Ethernet; TCP, UDP, HTTP, MQTT; Modbus RTU to Modbus TCP conversion; Y208-R adds dual LAN1/LAN2 uplinks for redundancy
Dual Socket Architecture	Socket A and B per serial port run concurrently — existing SCADA keeps Socket A; YenGear IoT Cloud uses Socket B for monitoring and control
Serial I/O Module (Y301 Series)	4 DI + 4 DO (Y301-440) or 4 DI + 4 DO + 4 AI 0–10 V / 4–20 mA (Y301-444); SPDT relay rated 277 VAC / 10 A; −40°C to +85°C operating range
Reliability & Maintenance	Hardware + software watchdogs, EMC-hardened design, 35 mm DIN-rail mounting; web UI, remote AT commands, HTTP OTA firmware updates

System components

FAQ

Common integration questions for data center operators and system integrators.

Should we use Ethernet or wireless for cooling equipment?

Ethernet is often evaluated when a managed network and suitable cabling are already available. Wireless may be useful where cabling is difficult. The choice depends on the equipment interface, network policy, response requirements and site survey.

Can existing cooling equipment be connected?

Existing equipment may be connected through compatible RS232, RS485 or discrete I/O interfaces without replacing the equipment. Confirm the protocol, register map, electrical isolation, access window and change-control requirements before installation.

What information is needed for SCADA integration?

Provide the equipment interface, protocol, point list, addressing, read/write permissions, update frequency, alarm ownership and network rules. The final data path and parallel access depend on the equipment and integration review.

What equipment and signals can be connected?

Compatible cooling equipment, sensors, relays, alarms, valves and pump signals can be evaluated through serial interfaces or appropriately selected Y301 serial I/O modules. Voltage, signal type, protocol and control responsibility must be confirmed for each point.

Is YenGear a full BMS or DCIM platform?

No. YenGear provides the DTU, I/O, and cloud monitoring/control layer that can integrate into broader ecosystems.

Cooling integration review

Plan Cooling Equipment Monitoring

Tell us the equipment interfaces, network and monitoring points.

Cooling equipment, serial protocols and the point list
Existing BMS / PLC, network and local protection
Monitoring, alerts, records and integration goals