Information bleeder screw
BOSCH
9 442 611 148
9442611148
ZEXEL
010010-8040
0100108040
MITSUBISHI
ME717778
me717778
Rating:
Include in #2:
109144-3041
as Open Pre:MPa(Kqf/cm2)
Include in ###:
Cross reference number
Zexel num
Bosch num
Firm num
Name
010010-8040
9 442 611 148
ME717778 MITSUBISHI
BLEEDER SCREW
D 90HY BOLT Standard parts Others
D 90HY BOLT Standard parts Others
Information:
The results of the preceding procedure are in the following list:
The output corresponds to the desired pressure range. Stop.
The output does not correspond to the desired pressure range. Proceed to 3.
Calibrate the transducer. This assumes that the transducer is mounted on the engine.
Turn the isolation valve on the transducer mounting. This isolates the transducer from the engine. An arrow on the valve indicates the direction of flow. See illustration 2.
Apply a pressure that is equal to 4 mA to the transducer. See table 1. See the pressure port connection in illustration 2.
Monitor the ammeter. Adjust the zero dial until the ammeter reads 4mA. See the location of the zero dial that is in illustration 1.
Apply the pressure that is equal to 20mA to the transducer. See table 1. See the pressure port connection in illustration 2.Note: The full range of pressure may not be available. Use partial pressure. Use the highest possible pressure. This will yield the best accuracy. See table 1.
Monitor the ammeter. Adjust the zero dial until the ammeter reads 20mA. See the location of the zero dial that is in illustration 1.
Apply the pressure that is equal to 4mA to the transducer. Verify that the ammeter displays 4mA.The results of the preceding procedure are in the following list:
The output corresponds to the desired pressure range. The transducer is calibrated. Stop.
The output does not correspond to the desired pressure range. Proceed to 4.
Reapply the pressure.
Apply the pressure that is equal to 4mA to the transducer. See table 1. See the pressure port connection in illustration 2.
Monitor the ammeter. Adjust the zero dial until the ammeter reads 4mA. See the location of the zero dial that is in illustration 1.
Apply the pressure that is equal to 20mA to the transducer. See table 1. See the pressure port connection in illustration 2.Note: The full range of pressure may not be available. Use partial pressure. Use the highest possible pressure. This will yield the best accuracy. See table 1.
Monitor the ammeter. Adjust the zero dial until the ammeter reads 20mA. See the location of the zero dial that is in illustration 1.
Apply the pressure that is equal to 4mA to the transducer. Verify that the ammeter displays 4mA.The results of the preceding procedure are in the following list:Note: Repeat the procedure several times in order to properly calibrate the transducer. Continue until the 4mA signal is correct and the 20mA signal is correct.
The output corresponds to the desired pressure range. The transducer is calibrated. Stop.
The output does not correspond to the desired pressure range. Replace the transducer. Verify that the repair resolves the problem. Stop.
The output corresponds to the desired pressure range. Stop.
The output does not correspond to the desired pressure range. Proceed to 3.
Calibrate the transducer. This assumes that the transducer is mounted on the engine.
Turn the isolation valve on the transducer mounting. This isolates the transducer from the engine. An arrow on the valve indicates the direction of flow. See illustration 2.
Apply a pressure that is equal to 4 mA to the transducer. See table 1. See the pressure port connection in illustration 2.
Monitor the ammeter. Adjust the zero dial until the ammeter reads 4mA. See the location of the zero dial that is in illustration 1.
Apply the pressure that is equal to 20mA to the transducer. See table 1. See the pressure port connection in illustration 2.Note: The full range of pressure may not be available. Use partial pressure. Use the highest possible pressure. This will yield the best accuracy. See table 1.
Monitor the ammeter. Adjust the zero dial until the ammeter reads 20mA. See the location of the zero dial that is in illustration 1.
Apply the pressure that is equal to 4mA to the transducer. Verify that the ammeter displays 4mA.The results of the preceding procedure are in the following list:
The output corresponds to the desired pressure range. The transducer is calibrated. Stop.
The output does not correspond to the desired pressure range. Proceed to 4.
Reapply the pressure.
Apply the pressure that is equal to 4mA to the transducer. See table 1. See the pressure port connection in illustration 2.
Monitor the ammeter. Adjust the zero dial until the ammeter reads 4mA. See the location of the zero dial that is in illustration 1.
Apply the pressure that is equal to 20mA to the transducer. See table 1. See the pressure port connection in illustration 2.Note: The full range of pressure may not be available. Use partial pressure. Use the highest possible pressure. This will yield the best accuracy. See table 1.
Monitor the ammeter. Adjust the zero dial until the ammeter reads 20mA. See the location of the zero dial that is in illustration 1.
Apply the pressure that is equal to 4mA to the transducer. Verify that the ammeter displays 4mA.The results of the preceding procedure are in the following list:Note: Repeat the procedure several times in order to properly calibrate the transducer. Continue until the 4mA signal is correct and the 20mA signal is correct.
The output corresponds to the desired pressure range. The transducer is calibrated. Stop.
The output does not correspond to the desired pressure range. Replace the transducer. Verify that the repair resolves the problem. Stop.