Schneider Electric InRow RC 600mm Chilled Water | Up to 70kW | 380–415V 3-Phase | 1-Year Warranty | ACRC602

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InRow RC 600mm Chilled Water 380–415V 50/60Hz (ACRC602)

The InRow RC 600mm Chilled Water 380–415V 50/60Hz (ACRC602) is a high-capacity precision cooling unit designed for data centers, server rooms and other IT environments requiring efficient and targeted thermal management. It provides cooling capacity of up to 70kW and is designed for high-density applications where cooling needs to be delivered close to the IT equipment.

The ACRC602 uses a chilled-water cooling architecture and operates with a 380–415V three-phase electrical supply at 50/60Hz. This configuration makes the unit suitable for compatible data center electrical infrastructures requiring high-capacity three-phase cooling equipment.

With its 600mm-wide enclosure, the InRow RC is designed to be installed directly within the server row. This row-based architecture allows cooling to be positioned close to the heat-generating IT equipment, helping provide targeted airflow and thermal management for high-density environments.

The ACRC602 provides up to 70kW of cooling capacity. The unit is designed for demanding data center environments where effective heat removal is required to maintain appropriate operating conditions for servers, networking equipment and other critical IT infrastructure.

The cooling system uses a back-to-front airflow pattern, drawing warmer air from the hot aisle and delivering conditioned air toward the cold aisle. This configuration supports efficient separation of hot and cold air within appropriately designed data center environments.

The ACRC602 is designed for energy-efficient operation, with the technical specifications indicating approximately 3kW of power consumption under the specified operating conditions. Variable fan control helps adjust airflow according to the cooling requirements of the installation.

The unit supports an integrated network card with TLS 1.3 security. Network connectivity enables remote monitoring and management of the cooling equipment and provides access to operating information for data center personnel.

The ACRC602 also supports optional humidification and reheat functionality. These options can be used in suitable configurations where additional control of temperature and humidity is required within the IT environment.

The chilled-water system uses dedicated 1-1/4-inch NPT chilled-water supply and return connections. The technical specifications identify a maximum continuous water flow rate of approximately 7020 L/hr and a maximum working pressure of approximately 2068.4kPa (300psig).

The ACRC602 has a physical size of approximately 1991mm high × 600mm wide × 1070mm deep and an unpacked weight of approximately 345kg. It is designed as a floor-standing cooling unit with a 42U rack-height configuration.

The unit’s electrical specifications include a minimum circuit ampacity of 7A, a maximum overcurrent protection rating of 15A, and approximately 3kW power consumption under the specified maximum operating conditions. The ACRC602 can be hardwired or configured with the applicable IEC-309 16A connection option.

The InRow RC ACRC602 combines high-capacity chilled-water cooling, row-based installation, three-phase 380–415V operation, network management, optional humidity and reheat control, and efficient airflow management to provide a precision cooling solution for demanding data center and high-density IT applications.

Key Features

• Up to 70kW cooling capacity
• 600mm-wide InRow cooling design
• Chilled-water cooling architecture
• 380–415V three-phase operation
• 50/60Hz operating frequency
• Approximately 3kW power consumption
• Optional humidification and reheat
• Integrated network card
• TLS 1.3 network security
• Back-to-front airflow pattern
• Variable fan control
• 42U rack-height configuration
• 1-1/4-inch NPT chilled-water supply connection
• 1-1/4-inch NPT chilled-water return connection
• Maximum water flow of approximately 7020 L/hr
• Maximum working pressure of approximately 2068.4kPa
• Approximately 1991 × 600 × 1070mm dimensions
• Approximately 345kg unpacked weight
• Floor-standing installation
• Network monitoring and management capability