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the thrust reverser (T/R) control valve module. There are two
arm switches. One switch for each T/R.
The stow switch supplies power to the engine accessory unit
(EAU) stow logic circuits. There are two stow switches. One
switch for each T/R.
The sync lock switch supplies power to the T/R sync lock
circuits. There are two sync lock switches. One switch for each
T/R.
Functional Description
The thrust lever rod moves when you move its reverse thrust
lever. This movement transmits through a series of linkages to
turn the crank.
The A/T switch pack cam turns with the crank. Movement of the
cam operates the switches.
THRUST REVERSER CONTROL SYSTEM - ARM, STOW AND SYNC LOCK SWITCHES
EFFECTIVITY
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CFM56 ENGINES (CFM56-7) 737-600/700/800/900 AIRCRAFT MAINTENANCE MANUAL
78-34-00-003
THRUST REVERSER CONTROL SYSTEM - ARM, STOW AND SYNC LOCK SWITCHES
THRUST REVERSER CONTROL SYSTEM - ARM, STOW AND SYNC LOCK SWITCHES
EFFECTIVITY
GUN ALL 78-34-00
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CFM56 ENGINES (CFM56-7) 737-600/700/800/900 AIRCRAFT MAINTENANCE MANUAL
78-34-00-003
Purpose
The control switch supplies electrical power to the deploy
solenoid in the T/R control valve module during a T/R deploy
operation. There are two control switches, one for each T/R.
See the functional description part of this section for more
information about how the T/R control system uses the control
switches.
Location
The control switches are in the thrust levers. Each thrust lever
has one switch. You must remove the cover on the side of the
thrust lever to get access to the switch.
Functional Description
The thrust lever camshaft turns when you move the reverse
thrust lever. The camshaft causes the roller assembly and rod
to move down when you raise the reverse thrust lever. The
control switch spring compresses and operates the control
switch.
The spring around the rod keeps the rod and the roller
assembly against the cam. The rod and the roller move back to
their normal position when you lower the reverse thrust lever.
The control switch spring relaxes and the switch moves back to
the stow position.
THRUST REVERSER CONTROL SYSTEM - CONTROL SWITCH
EFFECTIVITY
GUN ALL 78-34-00
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BOEING PROPRIETARY - Copyright#- Unpublished Work - See title page for details.
CFM56 ENGINES (CFM56-7) 737-600/700/800/900 AIRCRAFT MAINTENANCE MANUAL
78-34-00-004
THRUST REVERSER CONTROL SYSTEM - CONTROL SWITCH
THRUST REVERSER CONTROL SYSTEM - CONTROL SWITCH
EFFECTIVITY
GUN ALL 78-34-00
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BOEING PROPRIETARY - Copyright#- Unpublished Work - See title page for details.
CFM56 ENGINES (CFM56-7) 737-600/700/800/900 AIRCRAFT MAINTENANCE MANUAL
78-34-00-004
Purpose
The thrust reverser sleeve lock proximity sensor supplies a
hydraulic actuator lock/unlock signal to the engine accessory
unit (EAU).
The EAU uses this signal for these functions:
* Normal T/R stow control
* Auto-restow control
* Fault logic and fault indication
* Fault isolation.
Refer to the functional description in this section for more
information about how the EAU uses this input.
See the thrust reverser indicating system section for more
information about T/R fault indication. (SECTION 78-36)
Location
The sensor is on the head end of the T/R locking actuator. You
open the fan cowl to get access to the sensor. Each T/R locking
hydraulic actuator has a sleeve lock proximity sensor.
Therefore, there is one sensor for each T/R translating sleeve.
General
Each sensor has two output levels. One level for the lock
position, the other level for the unlock position.
The sensor is a proximity type sensor. The actuator’s manual
unlock lever is the target for the sensor. The sensor’s output
changes when target is close (near).
Functional Description
The EAU supplies excitation to the sensor. The EAU sees a
large change in the sensor’s output when the target is close
(near).
The manual unlock lever (target) moves close to the sensor
when the hydraulic actuator unlocks during a T/R deploy
operation. The lever stays in this position until the sleeve comes
back to the stow position and the hydraulic actuator locks.
THRUST REVERSER CONTROL SYSTEM - THRUST REVERSER SLEEVE LOCK PROXIMITY SENSOR
　
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