What should I do if the Haemonetics ACP 215 shows a CALIBRATION CRC FAILURE?
If the Haemonetics Laboratory Equipment shows a CALIBRATION CRC FAILURE: 1. Recalibrate the A/D, and centrifuge. 2. Replace CPU PCB. Using Utilities, calibrate all components under A/D, and centrifuge and configure the language. Reset protocol parameters (MODIFY PROGRAM) if parameters were different from default values.
What to do if the Haemonetics ACP 215 displays a CPU OPERATION ERROR?
If the Haemonetics Laboratory Equipment displays a CPU OPERATION ERROR, replace the CPU PCB. Then, using Utilities, calibrate all components under A/D and CENTRIFUGE, and configure the language. Finally, reset protocol parameters (MODIFY PROGRAM) if parameters were different from the default values.
What to do if the Haemonetics ACP 215 displays SOLUTIONS AIR DETECTOR FAULT?
If the Haemonetics Laboratory Equipment displays a SOLUTIONS AIR DETECTOR FAULT: 1. Use air detector test in Diagnostics to verify problem. 2. Refer to system schematic and check, repair, or replace all electrical connections associated with the SLAD. 3. Replace SLAD air detector. 4. Replace CPU PCB. Using Utilities, calibrate all components under A/D, and centrifuge and configure the language. Reset protocol parameters (MODIFY PROGRAM) if parameters were different from default values.
How to fix a ORANGE VALVE CURRENT FAULT in Haemonetics ACP 215?
To address a ORANGE VALVE CURRENT FAULT in Haemonetics Laboratory Equipment: 1. In diagnostics, check that the valve feedback is being displayed by the CPU. 2. If not, swap values to determine if the problem follows the valve. 3. If it does, replace the valve. 4. If not, replace ADD valve PCB. 5. Replace CPU PCB. Using Utilities, calibrate all components under A/D, and centrifuge, and configure the language. Reset protocol parameters (MODIFY PROGRAM) if parameters were different from default values.
How to fix a YELLOW VALVE CURRENT FAULT in Haemonetics ACP 215 Laboratory Equipment?
To address a YELLOW VALVE CURRENT FAULT in Haemonetics Laboratory Equipment: 1. In Diagnostics, check that the valve feedback is being displayed by the CPU. 2. If not, swap values to determine if the problem follows the valve. 3. If it does, replace the valve. 4. If not, replace driver PCB. 5. Replace CPU PCB. Using Utilities, calibrate all components under A/D, and centrifuge, and configure the language. Reset protocol parameters (MODIFY PROGRAM) if parameters were different from default values.
How to fix a BLUE VALVE CURRENT FAULT in Haemonetics ACP 215?
To address a BLUE VALVE CURRENT FAULT in Haemonetics Laboratory Equipment: 1. In Diagnostics, check that the valve feedback is being displayed by the CPU. 2. If not, swap values to determine if the problem follows the valve. 3. If it does, replace the valve. 4. If not, replace driver PCB. 5. Replace CPU PCB. Using Utilities, calibrate all components under A/D, and centrifuge, and configure the language. Reset protocol parameters (MODIFY PROGRAM) if parameters were different from default values.
How to fix a GREEN VALVE CURRENT FAULT in Haemonetics ACP 215 Laboratory Equipment?
To address a GREEN VALVE CURRENT FAULT in Haemonetics Laboratory Equipment: 1. In Diagnostics, check that the valve feedback is being displayed by the CPU. 2. If not, swap values to determine if the problem follows the valve. 3. If it does, replace the valve. 4. If not, replace ADD valve PCB. 5. Replace CPU PCB. Using Utilities, calibrate all components under A/D, and centrifuge, and configure the language. Reset protocol parameters (MODIFY PROGRAM) if parameters were different from default values.
How to fix a WHITE VALVE CURRENT FAULT in Haemonetics ACP 215?
To address a WHITE VALVE CURRENT FAULT in Haemonetics Laboratory Equipment: 1. In Diagnostics, check that the valve feedback is being displayed by the CPU. 2. If not, swap values to determine if the problem follows the valve. 3. If it does, replace the valve. 4. If not, replace driver PCB. 5. Replace CPU PCB. Using Utilities, calibrate all components under A/D, and centrifuge, and configure the language. Reset protocol parameters (MODIFY PROGRAM) if parameters were different from default values.
How to fix a RED VALVE CURRENT FAULT in Haemonetics Laboratory Equipment?
To address a RED VALVE CURRENT FAULT in Haemonetics Laboratory Equipment: 1. In Diagnostics, check that the valve feedback is being displayed by the CPU. 2. If not, swap values to determine if the problem follows the valve. 3. If it does, replace the valve. 4. If not, replace driver PCB. 5. Replace CPU PCB. Using Utilities, calibrate all components under A/D, and centrifuge, and configure the language. Reset protocol parameters (MODIFY PROGRAM) if parameters were different from default values.
What to do if the Haemonetics ACP 215 displays SPM OUT OF TOLERANCE?
If the Haemonetics Laboratory Equipment displays SPM OUT OF TOLERANCE: 1. Refer to system schematic and check, repair, or replace all electrical connections associated with the SPM. 2. Measure DPM signal offset (at ambient pressure) at J105 pin 7 on the CPU PCB or check in diagnostics. If it is not 2.32–2.68 VDC or 1902–2194, replace DPM. Recalibrate DPM in A/D in Utilities. 3. Replace CPU PCB. Using Utilities, calibrate all components under A/D, and centrifuge, and configure the language. Reset protocol parameters (MODIFY PROGRAM) if parameters were different from default values.
General| Category | Laboratory Equipment |
|---|---|
| Type | Automated Cell Processor |
| Automated Processing | Yes |
| Weight | 82 kg (181 lbs) |
| Power Requirements | 100-240 V, 50/60 Hz |
| Application | Cell washing and concentration for transfusion medicine and cellular therapy |
| Processing Volume | Up to 600 mL |
| Processing Time | Approximately 15 minutes |
| Operating Temperature | 15°C to 30°C |
| Relative Humidity | 20-80% non-condensing |
Details major hardware components like air detectors, pumps, centrifuge, PCBs, and control panel.
Details the various tests performed during device start-up, including RAM, CPU, and screen tests.
Describes how to access and use the Utilities mode for calibration and configuration.
Details functional tests, pump/shaker checks, and rotor durometer and valve tests.
Details calibration steps for pneumatic systems, line sensors, and A/D converters.
Covers disassembly of card cages, PCBs, top deck, and related components.
Details the removal of pumps, centrifuge, motor, detectors, and other key sub-assemblies.
Provides tips for solving electrical, mechanical, and performance problems with the ACP 215.
To Next Page
