T - 5
T - 5
Air Dryer
31
W232-0032E
2.3 Intake position
1. The pressurized air from the air dryer outlet port
(air tank pressurized air) travels through the
passage and acts on the bottom of the governor
piston.
2. When the air pressure is at or below the specified
pressure, the governor piston is kept pressed
down by the spring.
3. Under these conditions, the pressurized air in the
control port passes through the exhaust stem and
is released into the atmosphere.
Spring
Control port
Governor piston
From outlet port
Exhaust port
IW232-0030E08
2.4 Release position
1. When the outlet port air pressure (air tank air
pressure) increases, and the force acting on the
bottom of the governor piston becomes stronger
than the force of the spring, the governor piston
moves toward the spring side.
2. The exhaust stem is closed by the governor valve,
and the control port air is cut off from the
atmosphere.
3. When the outlet port pressure increases further,
and reaches the release pressure, the governor
piston moves farther to the spring side, and the
governor valve is opened by the exhaust stem.
4. The pressurized air from the outlet port passes
through the governor valve, and is delivered from
the control port to the top of the air dryer drain
valve, pressing the drain valve open.
Control port
Governor valve
Exhaust stem
Direction of governor
piston movement
IW232-0030E09
5. The outlet port air pressure (air tank air pressure)
gradually decreases. When it drops to the intake
pressure, the governor piston is pressed back by
the spring.
6. This closes the governor valve. The exhaust stem
is disconnected from the governor valve, and the
control port pressurized air passes through the
exhaust stem to be released into the atmosphere.
This closes the drain valve.
Summary of Contents for TR-800XXL4
Page 47: ...B 9 B 9 Rotary Joint 27 W181 0440E Upper view A Lower view B...
Page 119: ...F 1 F 1 Winch System 1 WF02 0251E F 1 Winch System 1 General Hydraulic Circuit for Winch...
Page 135: ...G 1 G 1 Telescoping System 3 WG02 0321E Telescoping cylinder at select...
Page 143: ...G 2 G 2 Boom Five Section Boom G 2 11 W536 0761E 11...
Page 196: ...13 13 W701 0220E K 2 K 2 Air Conditioner K 2 4 Layout 4 1 Overall layout 4 345 107 61000...
Page 197: ...14 14 W701 0220E K 2 K 2 Air Conditioner K 2 4 2 Overall layout 0 345 110 73000...
Page 198: ...15 15 W701 0220E K 2 K 2 Air Conditioner K 2 4 3 Evaporator section 5 345 107 02000...
Page 199: ...16 W701 0220E K 2 K 2 Air Conditioner 5 Compressor Assy...
Page 200: ...17 17 W701 0220E K 2 K 2 Air Conditioner K 2 6 Evaporator Assy...
Page 201: ...18 18 W701 0220E K 2 K 2 Air Conditioner K 2 7 Condenser Assy...
Page 202: ...19 19 W701 0220E K 2 K 2 Air Conditioner K 2 8 Electric 8 1 Electric circuit 0 363 205 60030...
Page 203: ...20 20 W701 0220E K 2 K 2 Air Conditioner K 2 8 2 Main harness A...
Page 204: ...21 21 W701 0220E K 2 K 2 Air Conditioner K 2 8 3 Main harness B...
Page 222: ...39 K 2 K 2 K 2 Air Conditioner 39 W701 0220E 12 2Compressor diagnosis chart 1 2...
Page 223: ...40 K 2 K 2 K 2 Air Conditioner 40 W701 0220E Compressor diagnosis chart 2 2...
Page 224: ...K 2 K 2 Air Conditioner 41 W701 0220E 13 Troubleshooting...
Page 225: ...K 2 K 2 Air Conditioner 42 W701 0220E...
Page 226: ...K 2 K 2 Air Conditioner 43 W701 0220E...
Page 227: ...K 2 K 2 Air Conditioner 44 W701 0220E...
Page 228: ...K 2 K 2 Air Conditioner 45 W701 0220E...
Page 229: ...K 2 K 2 Air Conditioner 46 W701 0220E...
Page 237: ...L 1 L 1 Control System 2 WL02 0090E 2 General of pneumatic control devices Pneumatic Circuit...
Page 291: ...T 5 T 5 Air Dryer 26 W232 0032E Heater View A 39 C B B A 58 59 2 IW232 0030E03...
Page 370: ...8 8 WZ03 3300E Z 5 Z 5 Electric Circuit MDT Carrier Upper Z 5 IWZ03 3300E01...
Page 372: ...10 Z 6 Z 6 Electric Circuit MDT Carrier Lower Z 6 10 WZ03 3310E IWZ03 3310E01...
Page 400: ...38 Z 24 Z 24 Harness Lower Sub 38 WZ04 2450E Z 24 Z 24 Harness Lower Sub 2 349 310 00200...