APC ACRP100, ACRP501, ACRP502, ACRP500, ACRP102, ACRP101 manual Condensate Pump

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J.CONDENSATE PUMP

Factory installed and wired condensate pump shall pump at 31.99 l/h (8.45 GPH) at 3.5 m (11.5 ft) of head. Pump shall have a dual position internal float and a reservoir made of polymeric materials to prevent corrosion.

K.FILTERS

1. The standard filters shall be 30% efficient per ASHRAE Standard 52.1, UL Class 2 (MERV 8 per ASHRAE 52.2). Filters shall be EN779 G4 efficient. The 96 mm (3.75 in) deep, pleated filters shall be replaceable from the rear of the unit.

2. The optional filter shall be 85% efficient per ASHRAE Standard 52.1 (MERV 13 per ASHRAE 52.2, EN779 F7).

L.HUMIDIFIER

Humidifier shall be able to modulate capacity. The humidifier shall be self-contained, steam- generating type, factory piped and wired, with disposable cylinder and automatic solid-state control circuit. Humidifier canisters shall be replaceable. The humidifier controller shall communicate directly to the microprocessor controller and provide complete status and control at the operator interface. Humidifier shall control flush cycling and conductivity via automated controls. Humidifier shall be capable of producing up to 3 kg (6.6 lb) of steam per hour.

M.ELECTRIC REHEAT

1. Reheat elements shall be low watt density, wired for three-phase, loaded equally on all three phases and shall be electrically and thermally protected by both automatic and manual reset cutouts. Reheat capacity shall be 9 kW for chilled water and 6 kW for air-cooled.

2. Reheat coils shall be stainless steel, fin tubular construction. Heater casing shall be 0.9 mm (20 gauge) G90 galvanized steel.

3. Heater shall be provided with self-engaging electrical connectors upon installation. Heater with manually connected conductors are not acceptable.

N.TEMPERATURE AND HUMIDITY SENSORS

1. Internal Temperature Sensors: Thermister temperature sensors shall be mounted behind the front and rear doors to provide control inputs based on supply and return air temperature. Sensor accuracy shall be within +/- 1 degree F accuracy.

2. Remote Temperature Sensors: Three remote rack inlet temperature sensors shall be shipped with the unit to provide control input based on rack inlet temperature.

3. Internal Humidity Sensors: Humidity sensors shall be mounted behind both the front and rear doors and shall provide control input based on humidity in supply air. Humidifier sensor shall be +/- 3% RH accuracy full scale.

4. Water Temperature Sensors: Internal supply and return chilled water temperature sensors shall be installed into sealed wells. Wells are filled with thermal conducting heat transfer grease to provide accurate temperature sensors.

O.SELECTABLE TOP OR BOTTOM PIPING (CHILLED WATER ONLY)

1. Pipe connections: The unit equipped with field connection from either the top or bottom of the unit. Unit connections shall be made internal to the unit.

2. Pipe adapter: The unit shall include two pipe adapters that convert a 31.75 mm (1 1/4 in) NPT to a 31.75 mm (1 1/4 in) BSPT (manufactured in accordance with BS21). Pipe adapters shall ship loose with the unit for field installation where applicable.

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InRow RP Technical Data Manual

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Contents InRow RP American Power Conversion Legal Disclaimer Contents InRow RP Models Overview InRow Advantages Scalable Solution for Critical EnvironmentsScalable for High Density Hot Aisle Containment System Standard Features Network Management Card Remote Temperature SensorsDual Position Float Condensate Management Bay Kit InRow RP NetShelter SXOptional Features Microprocessor Controller Chilled Water Only Alarms AlarmsAir-cooled Only Alarms InRow RP Models Chilled Water Interior Components front of unit Chilled Water Interior Components back of unit Air-cooled Interior Components front of unit Air-cooled Interior Components back of unit Chilled Water and Air-cooled User Interface Connections BMS GNDChilled Water Electrical Panel Air-cooled Electrical Panel Performance Specifications Chilled Water Performance Specifications 5.5C 42F EWTChilled Water Performance Specifications 7.2C 45F EWT GPMChilled Water Performance Specifications 8.9C 48F EWT 29.4C DB, 18.1C WBChilled Water Performance Specifications 10C 50F EWT Chilled Water Performance Specifications 12.8C 55F EWT Chilled Water Performance Specifications 15.5C 60F EWT Chilled Water Data General Modulating ValvesGlycol Correction Factors Air-cooled Performance SpecificationsAltitude Correction Factors for InRow Products Air-cooled Data General Sound Performance Data Electrical DataDimensional Data InRow RP Assembled ModuleSX to VX Height Adapter SX to 48U SX Height AdapterChilled Water Piping Diagram Piping and Mechanical ConnectionsTop Chilled Water Piping Access top view FRONT-COLD AisleBottom Chilled Water Piping Access bottom view, looking up Air-cooled Piping Diagram Air-cooled Piping Access top Air-cooled Piping Access bottom view, looking up Air-Cooled Condensers Mechanical DataACCD75201 and ACCD75204 ACCD75202 and ACCD75205 ACCD75203 and ACCD75206ACCD75207 Air-cooled Condenser FeaturesACCD75208 and ACCD75209 Guide Specifications Part 1 GeneralVariable Speed FAN Assembly InRow RP Technical Data Manual Network Management Card Condensate Pump Selectable TOP or Bottom Piping AIR-COOLED only Guidelines for Installation Page APC Worldwide Customer Support 990-2469E-001 2009
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ACRP502, ACRP500, ACRP501, ACRP102, ACRP101 specifications

The APC ACRP series, consisting of models ACRP100, ACRP101, ACRP102, ACRP501, and ACRP500, represents a significant innovation in power distribution and protection. These compact, reliable, and efficient solutions are designed specifically for critical applications in data centers, industrial environments, and commercial facilities.

The ACRP100 is the entry-level model, providing essential features for basic power monitoring and control. It incorporates advanced metering capabilities, enabling users to monitor voltage, current, and power consumption in real-time. The ACRP100's user-friendly interface allows for easy navigation, making it an ideal choice for small to medium-sized installations that require fundamental power management.

Stepping up, the ACRP101 enhances functionality with added remote monitoring capabilities. This model introduces smart connectivity features, allowing users to access critical data from anywhere through a secure mobile application or web-based platform. With its ability to integrate seamlessly with other APC systems, the ACRP101 is tailored for environments seeking improved operational visibility and proactive maintenance.

The ACRP102 takes a further leap by integrating advanced predictive analytics. This model uses machine learning algorithms to analyze data trends, predicting potential failures before they occur. By minimizing downtime and optimizing maintenance schedules, the ACRP102 becomes a vital tool for organizations focused on reliability and efficiency.

In the higher-end range, the ACRP501 offers robust power management features, including enhanced surge protection and redundancy capabilities. This model is ideal for mission-critical operations where every second counts. It supports a wide range of input voltages and can manage multiple power sources concurrently, ensuring uninterrupted power supply in fluctuating conditions.

Lastly, the ACRP500 combines all the leading features of the series, focusing on scalability and flexibility. This model is engineered to adapt to evolving infrastructure needs, supporting modular configurations that can grow with the organization. Its extensive reporting functions and customizable dashboards provide clear insights into power usage and performance metrics, empowering facility managers to make informed decisions.

In summary, the APC ACRP series provides a comprehensive suite of solutions for power management, tailored to meet diverse operational needs. From basic monitoring with the ACRP100 to the predictive capabilities of the ACRP102 and the advanced functionalities of the ACRP500, these models collectively offer enhanced reliability, efficiency, and scalability while ensuring optimal protection for critical applications.
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