How to fix ALA10 alarm on Rittal LCP Rack DX 12?
If your Rittal Air Conditioner displays an ALA10 alarm indicating that Probe B10 is faulty or disconnected, it could be due to sensor failure or the sensor not being correctly connected. Check the connection on the motherboard or replace the sensor.
What to do if Rittal LCP Rack DX 12 shows Compressor 1 overload alarm ALC01?
If your Rittal Air Conditioner displays an ALC01 alarm, indicating a Compressor 1 overload or inverter alarm, it could be due to high inlet temperature, high heat load, incorrect pipework, or incorrect wiring. You should check the operating conditions as per compressor specifications, check the device limits, and inspect the pipework and wiring.
Why is the Rittal Air Conditioner showing a high discharge gas temperature alarm ALC05?
A high discharge gas temperature alarm (ALC05) on your Rittal Air Conditioner can be caused by a high inlet temperature, a high heat load, or incorrect pipework. To address this, check the operating conditions according to the compressor specifications, verify the device limits, and inspect the pipework.
What causes the high pressure compressor 1 alarm ALB02 on a Rittal Air Conditioner?
If your Rittal Air Conditioner is showing a high-pressure alarm (ALB02) for compressor 1, it may be caused by a high ambient temperature, incorrect coolant filling, or a defective fan. Check the device limits, verify the coolant volume, and ensure the fan is functioning correctly.
How to fix ALA11 alarm on Rittal LCP Rack DX 12?
If your Rittal Air Conditioner displays an ALA11 alarm indicating that Probe B11 is faulty or disconnected, it could be due to sensor failure or the sensor not being correctly connected. Check the connection on the motherboard or replace the sensor.
What does ALD02 alarm on Rittal Air Conditioner mean?
If your Rittal Air Conditioner displays an ALD02 alarm related to probes S1, S2, S3, and S4, it could be due to sensor failure or the sensors not being correctly connected. Check the connection on the motherboard or replace the sensor.
What to do for EEV motor error alarm ALD03 on Rittal LCP Rack DX 12 Air Conditioner?
If your Rittal Air Conditioner is showing an EEV motor error alarm (ALD03), it may be caused by incorrect or missing wiring between the motherboard and the valve motor. Check the connection on the motherboard or replace the valve motor.
How to fix ALA02 alarm on Rittal LCP Rack DX 12 Air Conditioner?
If your Rittal Air Conditioner displays an ALA02 alarm indicating that Probe B2 is faulty or disconnected, it could be due to sensor failure or the sensor not being correctly connected. Check the connection on the motherboard or replace the sensor.
What does Rittal Air Conditioner Power+ Generic Alarm ALL02 mean?
If your Rittal Air Conditioner shows a Power+ Generic Alarm (ALL02), it could be caused by over or under current, over or under voltage, or over or under temperature of the drive of the compressor motor. Check the cable and any previous high-pressure alarm. Refer to the drive manual "code [105]" for more information.
What to do if Rittal Air Conditioner displays low pressure differential alarm ALC06?
If your Rittal Air Conditioner displays a low-pressure differential alarm (ALC06), indicating insufficient lubrication, it could be due to operating conditions outside of compressor specifications or device limits, a blocked compressor, or incorrect wiring. Check the operating conditions as per compressor specifications, verify the device limits, and check the wiring.
General| Brand | Rittal |
|---|---|
| Model | LCP Rack DX 12 |
| Category | Air Conditioner |
| Language | English |
Confirms compliance with EMC and Machinery Directives.
Details on Class A device classification and potential interference.
Instructions on keeping operating instructions accessible.
Explanation of safety symbols used in the manual.
Legal information regarding operating instructions and copyright.
Critical warnings for electric shock, fan impellers, and hot components.
Specifies qualifications and safety equipment for personnel.
Outlines operator duties, including leak testing and system logs.
Details on compliance with regulations for fluorinated greenhouse gases.
Statement on compliance with the Restriction of Hazardous Substances directive.
Explains the LCP DX as a split air conditioning unit for heat dissipation.
Details how air flows through the unit for effective cooling.
Specific air routing for the LCP Rack DX model.
Specific air routing for the LCP Inline DX model.
Details on the unit's components and their assembly.
Description of the components within the coolant circuit.
Information on the required external condenser unit.
Description and function of the fan module.
Guidelines on correct and incorrect use of the LCP DX.
Lists the items included in the standard delivery of the LCP DX.
Precautions and methods for safely transporting the unit.
Instructions for safely removing the unit from its packaging.
Conditions and criteria for selecting an appropriate installation location.
Step-by-step guide for assembling and installing the unit.
Steps to ensure enclosure integrity for optimal air routing.
Detailed process for connecting the LCP DX to server enclosures.
Guidelines for positioning and installing the external condenser unit.
Basic requirements for connecting the LCP DX and external condenser.
Rules for connecting coolant lines, including diameter and length.
Procedure for connecting the condensate hose for proper drainage.
Instructions for safely connecting the LCP DX and external condenser to power.
Final checks and documentation required before system startup.
Identification and function of buttons and the display on the unit.
Procedure for starting and stopping the cooling unit.
Procedure for safely shutting down the unit in an emergency.
Overview of the navigation structure and menu levels.
Guidance on navigating menus and changing parameters.
Steps for navigating through the device's menu system.
Instructions for adjusting system parameters and settings.
Controls for switching the device on and off.
Configuration of cooling setpoints and operating modes.
Detailed settings for cooling mode and fan speed.
Configuration of alarm thresholds and delay times.
Setting time, date, and scheduling operations.
Viewing current values of digital and analog inputs/outputs.
Steps for configuring the unit's network interface and settings.
Enabling initial configuration settings for the pCO Web card.
Procedure for accessing the unit via its web interface.
Setting IP addresses and network parameters for remote access.
Reference table for monitoring analogue variables and system status.
Overview of error categories (alarms, warnings, messages) and display.
Wiring diagram illustrating the general alarm relay circuit.
Detailed table of error codes, causes, and recommended solutions.
Ensuring personnel wear required safety equipment during maintenance.
Procedure for cleaning the heat exchanger to maintain efficiency.
Instructions for safely replacing a defective fan module.
Detailed technical data including dimensions, electrical, and cooling output.
Technical data for the standard condenser unit.
Technical data for the unit operating at low ambient temperatures.
Technical data for the condenser operating at high ambient temperatures.
Information on the quantity of refrigerant required for different configurations.
Details on connection diameters and equivalent lengths for refrigerant pipes.
Overview of available optional features for the LCP DX series.
Details on the humidifier option for increasing ambient humidity.
Description of humidifier components and functionality.
Steps to enable and configure the humidifier function.
Procedure for setting the desired humidity level.
Information on electrical heaters for low ambient temperatures.
Steps to enable and configure the electrical heater function.
Functionality for reducing humidity within the installation location.
Steps to enable and configure the dehumidification function.
Details on the optional condensate pump for water discharge.
Information on the unit for operation at temperatures down to -40°C.
Details on the condenser for operation at temperatures up to +53°C.
Description of the air filter option and its settings.
Procedure for setting the air filter pressure loss threshold.
Configuration options for redundant operation of multiple LCP DX units.
Steps to enable and configure redundant system operation.
Properties and safety notes for R410A coolant.
Data on cooling output dependent on various operating factors.
Tables and charts showing cooling output at different temperatures.
Dimensional drawings of the LCP DX unit.
Electrical schematic illustrating the unit's internal wiring.
Diagram showing the piping and instrumentation of the cooling system.
Bill of materials and parts list for the piping and instrumentation.
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