4KH1 Isuzu Refuse Compactor 6 wheeler 7cbm
The Isuzu 100P 7 cubic meter compressed garbage truck uses an Isuzu 100P chassis with a 3360mm wheelbase. It is equipped with an Isuzu 4KH1CN6LB engine, an MSB 5-speed transmission, and a 7 cubic meter garbage container made of 4mm thick carbon steel. It features a rear-mounted bin tipping mechanism and integrates electronic, pneumatic, and hydraulic controls via a CAN bus. Control options include manual (driver-side hydraulic lever) and electric (cab control box, tailgate control box). The compact ratio is 1/3 - 1/4, and the hydraulic system pressure is 16 MPa.
MarketPrice:
$23410Manufacturer:
Powerstar TrucksWork capacity:
7cbmDimension:
6950x 2300 x 2490mmCabin type:
Isuzu 100P cab,2 passengersWheelbase:
3360mmEngine power:
120HP/88kWEngine type:
ISUZU 4KH1CN6LBAxle drive:
4x2,LHDGear box:
Isuzu MSB 5-speed,manualRemarks:
Garbage container capacity can be customizedThis 4KH1 Isuzu Refuse Compactor 6wheeler 7cbm is specifically designed for urban community waste collection and transfer. Its 7cbm carbon steel casing boasts a compression ratio of 1:3 to 1:4, resulting in high single-trip transport efficiency. The rear-mounted bin-tipping mechanism is compatible with 240L standard bins and features a dual manual hydraulic and electric control system, supporting one button operation and automatic cyclic operation. Integrated CAN bus technology ensures rapid and stable response. With its high-efficiency compression capacity and intelligent control, it achieves efficient and economical sanitation operations.

● China best Isuzu garbage compactor truck factory
● 30 years experience on rear loader truck designing
● Build strict QC team to guarantee the quality
● Fast delivery time, Quick 10 days shipping time
● 24 months long guarantee time assurance
Our factory is professional manufacturer in truck area,
guarantee all products Brand-New and High-Quality.
» Ⅰ.Product Defination and Introduction:
Manufacturer: POWERSTAR TRUCKS INDUSTRY CO., LIMITED.
Performance Features
1. Powerful and Economical: Equipped with an Isuzu 4KH1CN6LB National VI engine, providing ample power and excellent fuel economy.
2. High-Efficiency Compression and Large-Capacity Operation: 7 cubic meter upper body with a compression ratio of 1:3 to 1:4, increasing single-trip transport capacity by 30%-40%.
3. Intelligent Dual Control and Convenient Operation: Integrated CAN bus system with manual and electric control.
4. Versatile Tail Tilting Mechanism: Optional features include hanging bins, fully sealed bins, semi-sealed bins, fully sealed lids, and non-tilting modes; can accommodate 110L and 240L international standard garbage bins.
» Ⅱ.Product Parameter for Isuzu 100P 7cbm rear loader garbage truck:
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Isuzu 100P 7cbm rear loader truck |
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Garbage Truck Specification |
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General |
Model |
PT5070GXF |
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Chassis Brand |
ISUZU |
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Wheelbase |
3360 |
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Overall Dimension |
6950*2300*2490mm |
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GVW/Curb weight |
7300/5240kg |
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Garbage Container Capacity |
7CBM |
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Drive Type |
4x2, Left Hand Drive with power assisted steering |
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Drive Speed |
115Km/h |
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Cab |
Type |
Isuzu 100P single row cab, forward control type, all welded steel cab of tilt type, adjustable driver seat |
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No of Seats |
2 persons, with safety belts |
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Air Conditional |
With air conditional |
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Electric System |
24V |
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Audio System |
FM/AM radio, CD/USB player |
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Engine |
Brand |
ISUZU |
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Model |
4KH1CN6LB |
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Horse Power |
120HP/88kW |
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Max torque |
290N.m |
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Fuel Type |
Diesel Fuel |
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Emission Standard |
Europ 6 |
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Type |
Inline 4-cylinder, water-cooled four-stroke, direct injection, turbocharged & intercooled, High pressure common rail fuel system, cold start. |
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Exhaust |
2999(ml) |
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Gear Box |
Isuzu MSB 5-speed,manual |
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Bridge |
NOs of Axle |
2 |
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Front axle load-bearing |
2580kg |
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Rear axle load-bearing |
4720kg |
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Braking System |
Oil brake |
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Tire |
Type |
7.00R16 |
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Nos |
Total 7 pieces, including one spare tire |
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Upper-Body Specification |
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Garbage Bin |
Capacity |
7 CBM |
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Material |
4mm Carbon Steel. |
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Design |
Whole unit with Leakage Proof Design. |
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Ways of Loading |
Rear Loading with optional Bucket Lifting System. |
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Foot pedal |
Both side have |
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Garbage Compact Ratio |
1/3 - 1/4 |
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Control System |
CAN-BUS integrates electronic control, pneumatic control, and hydraulic control. |
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Hydraulic Pressure |
16Mpa |
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Controlling Way |
Manually and Electrical control |
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Hydraulic Pump |
1 set |
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Multi-way Valve |
1 set |
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Flap Cylinder |
2 set |
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Lifting Cylinder |
2 set |
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Scraper Cylinder |
2 set |
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Skateboard Cylinder |
2 set |
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Push plate Cylinder |
1 set |
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The Electromagnetic Valve |
2 set |
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Dirty Tank Volume |
200L |
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Filing Time |
8-10s |
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Filling Cycle Time |
50-60s each time |
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Discharge Time |
20-25s |
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» Ⅲ. Product Details:

Chassis
• Brand and Model: Isuzu 100P series dedicated chassis, inheriting the classic design of Isuzu light trucks.
• Wheelbase: 3360mm
• Engine: Equipped with an Isuzu 4KH1CN6LB inline four-cylinder diesel engine, displacement 2.999L, rated power 88kW (120 hp), meeting China VI emission standards, balancing power and fuel economy.
• Transmission: MSB 5-speed manual transmission, smooth shifting, adaptable to various working conditions.

Compact Container
• Volume: 7 cubic meters, made of high-strength 4mm carbon steel, corrosion-resistant, with a long service life.
• Structural Design: Arc-shaped design, tail-mounted bin-tilting frame, excellent sealing to prevent secondary contamination; smooth interior with no dead corners for easy cleaning and maintenance.
• Compact Ratio: 1:3 to 1:4, efficiently compressing waste volume, increasing single-trip transport capacity by 30%-40%.

Hydraulic System
• Working Pressure: 16MPa, using high-precision hydraulic components to ensure system stability.
• Functional Modules: Integrates scraper, slide plate, pusher, and loader actions for rapid waste compression and dumping.
• DC Inverter Air Compressor: Used to switch between hydraulic and pneumatic braking.

Control System
This vehicle adopts an advanced CAN bus integrated control system, integrating electronic, pneumatic, and hydraulic controls into one unit. The system offers rapid response, simplified wiring, and high reliability. Two operating modes are provided to adapt to different scenario requirements.
1. Manual Control (Driver-side Hydraulic Lever)
Primarily used for fine adjustments and basic movements during loading and unloading.
• Functions include:
o Tilting mechanism tilting (hooking/lifting buckets)
o Tailgate lifting
o Scraper opening/closing
o Slide lifting
o Pusher pushing/retracting

2. Electric Control (Integrated Control Box)
Used for core automated operation cycles, offering simple operation.
• Cab Electrical Control Box:
o Power Switch: Main power supply for the system
o PTO: Power take-off switch, starts the hydraulic pump
o Loading Mode: Sets the vehicle to garbage collection mode
o Unloading Mode: Sets the vehicle to unloading mode
o Compactor Lifting: Controls the lifting and lowering of the tail collector
o Pusher Extension/Retraction: Controls the movement of the main pusher plate during unloading

• Tailgate Electrical Control Box
o MANUAL / AUTO: Manual/Automatic mode selection
o TILT UP / FALL: Tilt mechanism lifting
o ONCE CYCLE: Single cycle (Initiates a complete skateboard scraper opening-skateboard descending, scraper closing-skateboard ascending action)
o CONTINUOUS CYCLE: Continuous cycle (The system automatically repeats the above cycle until a stop command is issued)
o SLIDE UP / DOWN: Skateboard ascending/descending
o SCR ON/OFF: Scraper opening/closing
o CONTINUOUS STOP / EMERGENCY STOP: Cyclic stop / Emergency stop (Ensuring operational safety)


Structure drawing
» Ⅲ. Product Operation:
• Collection Method: Tail-mounted bin-tipping mechanism
Compatible with standard 120L/240L plastic trash cans, enabling automatic grabbing, lifting, and dumping, saving labor and increasing efficiency.
• Hydraulic System Pressure: 16 MPa
Provides powerful compression and lifting forces, ensuring reliable operation.
• Workflow: Bin hook → Dumping into hopper → Scraper opens - slide plate descends - scraper closes - slide plate ascends, working together to scrape trash into the container → Repeat operation until full → At the processing plant, unloading mode is executed, the loader lifts, and the pusher ejects the trash.
