MAN TGS 26.320 Used Trucks - Current Offers for Sale
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Used MAN TGS 26.320 Specifications Overview
Powertrain and Driveline
The MAN TGS 26.320 utilizes a 6-cylinder inline diesel, primarily the D2066 unit (10.5 L, 235 kW/320 hp), engineered for maximum torque at low RPM—ideal for municipal and construction use. Later variants employ lighter D1556 (9.0 L) or re-engineered D2676 (12.4 L) engines, further reducing chassis weight. An electronic TopTorque function temporarily adds 200 Nm in top gears, minimizing downshifts on grades. Automated MAN TipMatic transmissions (typically 12+2), sourced from ZF/Scania, offer specialized drive programs including COLLECT (municipal), OFFROAD (construction), SmartShifting, and SpeedShifting. PROFI, FLEET, DP, DM, and RM modes tailor gearbox behavior for manual override, reduced fuel use, or precision maneuvering.
Chassis, Suspension, and Axle Configurations
The standard layout is 6x2 with a liftable, steerable rear trailing axle, optimizing the truck’s maneuverability and reducing tire wear in confined urban areas. The frame features a common wheelbase of 4200 mm (front to drive axle), 1350 mm bogie spacing, with overall length around 10,500 mm. Mixed suspension is typical: parabolic leafs on the front, full air (ECAS) on the rear for active leveling. Heavy-duty 315/80 R22.5 tires are standard. The curb weight for a bare chassis is 8,284 kg; municipal upfits can raise this to ~14,750 kg, with payloads ranging from 9,768 to 12,000 kg depending on configuration and body type.
Hydraulics, PTOs, and Body Integration
The TGS 26.320 supports robust PTO options, commonly Binotto, with gearbox-mount PTOs delivering up to 300 Nm (ratios 1:1.83 or 1:1.53) and pneumatic engagement. For high-demand applications, double-bearing PTOs (400 Nm, ratio 1.32) or modular split systems are utilized. Municipal versions use FAUN or Zoeller bodies (22–24 m³), with compatible hydraulic systems managing bin lifts (Delta 2301) and a linear compactor (1:5 compaction). Construction variants deploy HDS cranes (e.g., Palfinger PK 18002-EH B, 6000 kg capacity) or hook loaders/skiploaders, with chassis-optimized subframes tolerating extreme loads.
Cab Options and Operator Ergonomics
Available cabs—NN (1880 mm), TN (2280 mm, sleeper), TM (increased roof, dual bunks, up to 1690 mm stand height)—all feature a 280 mm engine tunnel and reinforced safety structure. Municipal versions often substitute a 2-person bench for the passenger seat. Storage volumes are up to 242 L in TM cabs, with entry steps designed to reduce slip risk.
Frequently Asked Questions
How does the MAN TGS 26.320's TipMatic transmission improve driving in urban waste collection? ▶
The TipMatic COLLECT mode reduces vehicle start time by 25%, aiding frequent stops on routes. It optimizes gear shifts to cut delays during municipal waste collection cycles.
What suspension setup does the MAN TGS 26.320 use for handling uneven construction site terrain? ▶
It uses mixed suspension with parabolic leaf springs upfront and air suspension (ECAS) at the rear for active leveling and comfort on rough, uneven surfaces.
What role do Power Take-Off (PTO) systems play in the MAN TGS 26.320's operation? ▶
PTOs drive hydraulic equipment like bin lifts and crushers at low engine RPM. Typical PTOs deliver 300-400 Nm torque with pneumatic engagement for powering municipal and construction apparatus.
How does the MAN TGS 26.320's liftable rear axle affect fuel efficiency? ▶
The hydraulically liftable trailing axle reduces rolling resistance and fuel consumption during empty return trips by raising the axle off the ground.
What safety features support driver ergonomics inside the MAN TGS 26.320 cab? ▶
The reinforced cab structure enhances crash protection, while wider entry steps reduce slip risk. Large storage compartments and optional bench seating improve workspace usability.
How frequently should service intervals be scheduled for the MAN TGS 26.320 used in municipal cycles? ▶
Service intervals should be shortened to 30,000-40,000 km due to prolonged idling and hydraulic use, to protect engine and transmission components from early wear.







