Input contact fault aj. Invalid supply setpoint ak. Idle mode active al. Coil fluid valve actuator fault am. Fluid flow fault an. Entering fluid temperature high violation ao. Entering fluid temperature sensor fault ap. Leaving fluid temperature sensor fault aq. Power source failure ar. Fluid calibration as. High discharge pressure at. Low suction pressure au. High suction pressure av. Compressor drive failure aw. Compressor drive warning ax. Compressor run hours violation ay. Compressor drive R

The pump is capable of pumping a maximum of 18 m (60 ft) at 0.009 l/s (8.45 GPH), which may include a maximum lift of 3.5 m (11.5 ft) of head. A dual position float is included with the unit. One position is used for condensate pump control, the other to alarm condensate pump failure which shuts down the RP to prevent condensate pump overflow. Network Management Card Permits multi-level access to monitoring, control, and event notification features over the user’s network. Bay Kit InRow RP/ NetS

It can then discharge room temperature air directly in front of the servers it is cooling. This increases energy efficiency by allowing the chiller to operate at higher leaving water temperatures. Placing the cooling unit in the row enables the unit to operate at higher return and supply air temperatures, yielding 100% sensible capacity. This significantly reduces the need for humidification. Scalable for High Density The predictable performance of the row-based architecture makes it well suited

Hinged rear doors . Casters (all swiveling) . Side panel lock . Door handle and lock . Removable side panel . Display interface . Adjustable leveling foot . Hinged front door InRow RP Technical Data Manual 10 InRow RP Technical Data Manual Chilled Water Interior Components (front of unit) . Electric heater (for reheat) . Electrical panel . Fan . Supply temperature sensors . Fan guard . Main feed breakers . Humidifier . Ladder diagrams . Condensate drain pan . User interface connectors . Condensa

Note: Reduce airflow and cooling capacity specifications by 7% for cooling units run at low input voltage (380 V). Note: Any CW flow rate of 0.19 l/s - 0.32 l/s (3.0 GPM - 5.0 GPM) may cause an increased error in flow rate and power calculation. A fluid flow fault may result. Any flow rate under 0.19 l/s (3.0 GPM) may also display as 0 in the flow rate and power calculation. Note: For sustained operation, a maximimum flow rate of 2.2 l/s (34 GPM) is recommended. This may be exceeded by 25% for p

Electrical Data SKU Voltage MCA MOP LRA RLA FLA Hz Power (kW) ACRP100 200 - 240 80.1 100 160* 50.0 N/A 50/60 19 ACRP101 460 - 480 39.9 50 139* 23.2 N/A 60 21 ACRP102 380 - 415 N/A N/A 139* 23.2 32* 50/60 20 ACRP500 200 - 240 46.8 50 N/A N/A N/A 50/60 14 ACRP501 460 - 480 24.8 30 N/A N/A N/A 60 14 ACRP502 380 - 415 N/A N/A N/A N/A 24** 50/60 15 Note: Above data is based on maximum operating condition*Local or national codes may require the installation of an external disconnect. The disconnect mu