TRYBERG TWM-180 PAYWELDER

TWM-180 is a crawler paywelder designed for pipeline construction and welding support. The machine combines mobility, stable power output, and reliable field performance.

Key Benefits & Field Performance

• High productivity – Supports up to four welding inverters simultaneously (Lincoln Electric DC‑400, Invertec V‑350pro, Invertec STT II, or equivalents). The system is resistant to overheating and does not require work breaks.

• Fuel flexibility – Cummins 6BTA5.9‑C180 engine (Euro‑2 emission standard) allows use of lower‑grade fuels.

• Heavy‑duty crane – High lifting moment and large working radius, designed for operation from –40 °C to +40 °C.

• Reliable components – Built with components from leading global manufacturers: CUMMINS, STAMFORD, HIAB, UNIC, DELIXI, DOOSAN, and others.

• Simple operation – Intuitive controls and straightforward maintenance.

• Proven in extreme climates – TRYBERG TWM‑180 paywelders are field‑tested in arctic conditions (down to –40 °C), desert environments (up to +40 °C), and high‑altitude terrain (up to 3000 m). They have demonstrated reliable performance across the Russian Federation, Central Asia, and the Middle East.

• Welding stability – Self-propelled TWM-180 provides stable welding parameters even when four welders operate simultaneously.

Main Features

The Paywelder TWM-180 is a modern construction machine developed in the early 21st century to mechanize welding processes in pipeline construction. It is designed to operate on rough terrain at altitudes of up to 3000 meters.

The machine is built as a universal tracked module and includes:

• A single power unit for both propulsion and electric power generation — a Cummins engine;

• A hydraulic crane unit (FURUKAWA UNIC, Japan) with a high lifting moment, suitable for handling heavy welding tents;

• A STAMFORD generator unit that supplies power to up to four welding stations for manual or semi-automatic welding, compatible with self-shielded welding wire systems such as Lincoln Electric’s Idealarc DC-400 combined with the LN-23P wire feeder.

Tryberg welding tractors are also designed to carry auxiliary equipment, such as welding tents, pipe alignment frames, induction heaters, and more.

Versions

The Tryberg Paywelder is available in two main versions:

• TWM-180 — standard configuration;

• TWM-180LGP — equipped with low ground pressure tracks for swampy and soft terrain.

Both models are designed to accommodate up to four welders and provide stable power supply in harsh environments.

Operating Conditions

• Operating altitude: up to 3000 m above sea level

• Ambient temperature range: from –40°C to +40°C (–40°F to +104°F)

The TWM-180 has a total width of 2470 mm, allowing unrestricted transport on public roads.

Undercarriage (LGP Version)

The TWM-180LGP is specifically designed for swampy and low-bearing soils. It is equipped with 800 mm triangular swamp tracks, which provide low ground pressure and high traction.

Engine

Both models are powered by a Cummins 6BTA5.9-C180 engine (180 hp), licensed by Cummins (USA) and covered under the Cummins Worldwide Guarantee Program.

Using a single power plant for both movement and power generation reduces the range of consumables compared to twin-engine configurations and cuts technical service costs in half.

Key advantages of the engine:

• Fuel consumption: 206 g/kWh — 22% more economical than competing engines;

• Service life: at least 20,000 operating hours before the first overhaul;

• Optional Eberspächer autonomous pre-heater for reliable starting at temperatures as low as –40°C.

Operator Cabin

The cab is sealed and comfortable, equipped with:

• Air heater and fan (air conditioner available as an option);

• Windshield that slides up fully and can be used as an emergency exit;

• Anti-vibration seat for operator comfort;

• Optional autonomous cabin air heater for operation in extremely low temperatures.

Electrical System

The TWM-180 is equipped with a STAMFORD UC alternator (Cummins Generator Technologies, UK), designed to supply power to up to four welding inverters, such as the Lincoln Electric DC-400 or equivalent models.

The electrical cabinet includes DELIXI DZ47 63A series circuit breakers (400 V AC, 4500 A breaking capacity), providing protection against overloads and short circuits.

Compliance IEC/EN 60947

Equipment complies with standards:
GB/T 2820-2007 «Reciprocating internal combustion engine driven AC generator set»
Q/GRD 002-2017 «Self-propelled welding work station»
JB/T 5945-2001 «Assemble general technical specifications of construction machineries»
JB/T 4198.1-2001 «Construction machinery diesel engine technical conditions»

Technical Parameters
Dimensions (L × W × H), mm	6050 × 2470 × 3050 w/o gas bottle holders 6330 × 2470 × 3050 with gas bottle holders
Weight empty / complete, kg	10630 with gas bottle holders 11500 with gas bottle holders and welders
Number of welders, pcs	4
Ground contact length, mm	2755
Tread, mm	1870
Track shoe width, mm	600
Ground pressure, MPa	0.0324
Ground clearance, mm	570
Max. traction force, kN	91
Max. Gradeability, °	25
Fording depth, mm	1100
Movement speed, km/h	1 gear 0~2.9; 2 gear 0~4.6
Transmission	Hydraulic, hydraulic motor
Engine	Cummins 6BTA5.9-C180
Engine power, kW / rpm	132 / 2200
Fuel consumption, g/kWh	206
Power Generator (model)	STAMFORD UC.I274E24
Rated capacity, kVA	125
Rated voltage, VAC	220/380
Frequency, Hz	50
Number of external outlets, pcs	380V / 10kW – 2 pcs. 220V / 2.2kW – 2 pcs.
Crane Wire Rope Telescopic	FURUKAWA UNIC URV343 (Standard eq)
Max lifting capacity, t	3.03 at 2.7 m
Max. working radius, mm	7150
Max. lifting height, mm	9200
Range of boom lifting angle, °	1-78
Slewing angle, °	0-360
Crane Wire Rope Telescopic	FURUKAWA UNIC URV503 (Optional)
Max lifting capacity, t	5.05 at 2.5 m
Max. working radius, mm	8130
Max. lifting height, mm	10100
Range of boom lifting angle, °	1-78
Slewing angle, °	0-360

---

Additional Features and Equipment

The crane is used for lifting and positioning auxiliary equipment, including:

• Welding tents

• Internal line‑up clamps

• Bevelers

• Pipe joint heaters

• Other field equipment

Welding System Configuration

The compartment layout of the TWM‑180 allows installation of up to four welding inverters, such as the Lincoln Electric Idealarc DC‑400 or equivalent models, in combination with mobile self‑shielded wire feeders (e.g., LN‑23P). This configuration supports semi‑automatic welding with self‑shielded wire for trunk pipeline construction.

Note: Welders are not included in the standard configuration and can be installed upon customer request.

---

---