This manual pertains to the SAME Laser 150 tractor, a versatile agricultural machine likely produced from the late 1980s through the 1990s. Designed for a range of farm duties, including row crop farming and general agricultural tasks, the Laser 150 embodies robust construction and reliable performance. Its engineering emphasizes durability and user-friendliness, making it a practical choice for farmers seeking efficient operation and accessible maintenance. Key features include versatile PTO options, integrated hydraulic systems, and user-friendly controls, all contributing to its reputation for dependable service in demanding environments.
The purpose of this English-language Parts Catalog manual is to provide comprehensive information for maintaining and repairing the SAME Laser 150 tractor. It covers a wide array of systems and components, including the engine, transmission, axles, PTO systems, hydraulics, electrical system, chassis, and bodywork. The manual offers detailed part identification through exploded view diagrams, part number referencing for ordering, and guidance on assembly and disassembly sequences. It is designed to assist owners, mechanics, and technicians in accurately identifying parts, planning repairs, and ensuring the longevity and optimal performance of the tractor across various production runs, indicated by different serial number ranges.
Market Position:
The SAME Laser 150 was a versatile tractor designed for a range of agricultural tasks, likely positioned as a mid-range utility tractor capable of row crop farming, vineyard work, and general farm duties. Its design would have catered to farmers seeking reliable and efficient performance with a focus on user-friendliness and accessibility for maintenance.
Competitive Analysis:
Competed with tractors from manufacturers like Fiat, Massey Ferguson, John Deere, and Landini in a similar horsepower and feature class. Its key differentiators would have been its specific technical configurations, engine options, and perhaps hydraulic capabilities relative to its contemporaries.
Key Features:
Robust construction, versatile PTO options, integrated hydraulic systems, user-friendly controls, and a focus on durability and ease of maintenance. The availability of parts catalogs specific to serial number ranges indicates a commitment to long-term support and repairability.
Product Name:
SAME Laser 150 Parts Catalog Manual
Manual Type:
Parts Catalog
Coverage Areas:
Accessories, Bodywork, Cab, Components, Electrical System, Engine, Front and Rear Power Take-Off, Front Axle, Gear, Rear Axle, S.A.C., Steering Hydraulics, Wheels
Document Versions:
Covers parts for units after serial number 10001, after serial number 6001, and earlier units.
Systems Covered:
Engine Assembly and Components, Transmission and Drivetrain, Front Axle and Steering, Rear Axle and Differential, Power Take-Off (PTO) Systems (Front and Rear), Hydraulic System (including S.A.C. and Steering Hydraulics), Electrical System (wiring, components), Braking System, Cooling System, Fuel System, Exhaust System, Chassis and Frame, Bodywork and Cab Components, Operator Controls, Wheels and Tires, Attachments and Accessories
Procedures Included:
Component identification via detailed diagrams, part number referencing for ordering, assembly and disassembly sequence guidance based on parts placement, troubleshooting based on component function, repair and rebuild planning through part interchangeability and sourcing, maintenance referencing for component replacement, restoration planning for specific assemblies.
Technical Depth:
Detailed part-level identification, exploded view diagrams for all major assemblies, cross-referencing of part numbers across different production runs, identification of wear items and common replacement parts, visual guidance for correct component fitting and assembly.
Print Quality:
Printable at home or professional print shop
Searchability:
Likely text-searchable PDF, allowing for quick navigation of part names and numbers.
User Access:
Instant download upon purchase
Storage Capability:
Safe storage on PC, preventing loss.
Engine Family:
Likely SAME's own in-house diesel engine offerings of the era. Specific engine displacements and configurations would vary based on the exact model year and regional variations, but typically would be 3 or 4-cylinder naturally aspirated or turbocharged diesel engines.
Horsepower Range:
Estimated to be in the 70-100 HP range, with the '150' potentially indicating a power band or model series identifier, not necessarily the exact horsepower.
Fuel System Type:
Direct injection diesel, likely with rotary or inline injection pumps.
Cooling System Type:
Liquid-cooled, likely with a radiator, fan, and thermostat.
Lubrication System Type:
Forced lubrication via oil pump and filter.
Transmission Type:
Mechanical synchronized or unsynchronized gearbox, likely with multiple forward and reverse gears. Common configurations included 8/8, 12/12, or 16/16 speed transmissions.
Optional Features:
Possible availability of a creeper gear, Hi-Lo range splitter, or powershift options depending on the specific Laser 150 variant and year of manufacture.
Clutch Type:
Typically a dry single or dual-stage clutch.
Overall Length:
Estimated 3.8 - 4.2 meters (varies by configuration)
Overall Width:
Estimated 1.8 - 2.2 meters (varies by tire and axle configuration)
Wheelbase:
Estimated 2.2 - 2.4 meters
Operating Weight:
Estimated 3,000 - 3,800 kg (unballasted)
Front Axle Weight:
Approximately 30-40% of operating weight
Rear Axle Weight:
Approximately 60-70% of operating weight
Rollover Protection:
Likely available with a Roll-Over Protective Structure (ROPS) as standard or optional. Availability of a safety belt would be common.
Active Features:
Reliable braking system (likely dry disc or drum brakes), effective steering hydraulics, operator presence lever or seat switch to disengage PTO/transmission when operator leaves seat (depending on era and specific configuration).
Passive Features:
Robust chassis design, operator seat with suspension, PTO shields, safety guards on moving parts.
Infotainment:
Not applicable for this agricultural tractor model. Focus is on functionality and durability.
Driver Assistance:
Basic operator aids, primarily related to the transmission and hydraulic controls for efficient operation.
Connectivity:
Not applicable for this agricultural tractor model.
Instrumentation:
Analog gauges for engine temperature, fuel level, oil pressure, tachometer, and hour meter. Warning lights for various systems.
Engine Oil Change:
Typically every 250-500 operating hours or annually, whichever comes first. Specific intervals depend on operating conditions and oil type.
Air Filter Replacement:
Check and clean every 50-100 hours, replace as needed, typically annually or more frequently in dusty conditions.
Fuel Filter Replacement:
Typically every 250-500 operating hours, or when indicated by fuel system issues.
Transmission Oil Change:
Typically every 500-1000 operating hours. Differential and final drive oil changes often at similar intervals.
Engine Oil Specification:
API CF or higher, SAE 15W-40 or 10W-30 (depending on climate). Refer to manual for exact specification.
Transmission Hydraulic Fluid:
Universal Tractor Transmission Fluid (UTTF) or equivalent. Capacity typically around 35-45 liters. Refer to manual for exact specification and capacity.
Coolant Specification:
Ethylene glycol-based antifreeze mixed with distilled water in a 50/50 ratio. Refer to manual for specific coolant type and capacity.
Known Issues:
Common issues for tractors of this era can include wear in the transmission synchronizers, potential leaks from hydraulic seals and hoses, wear on PTO clutch packs, and electrical connection corrosion. Regular maintenance as per the manual is key to mitigating these.
Part Number System:
The parts catalog facilitates ordering by providing unique part numbers for each component, crucial for accurate sourcing and replacement.
Brand Heritage:
SAME (Società Accomandita per Azioni Emiliana) is an Italian agricultural machinery manufacturer with a long history dating back to the 1940s. It is known for producing reliable and robust tractors, particularly in the European market.
Model Evolution:
The Laser series represented a significant step in SAME's tractor development, offering more power, advanced hydraulics, and improved operator comfort compared to earlier models. The Laser 150 would have been part of this evolution, likely produced in the late 1980s and 1990s.
Production Period:
Likely produced from the late 1980s through the 1990s. Exact production years can be narrowed down by serial number ranges.
Manufacturing Location:
Italy, by SAME Trattori.
Recognitions:
While specific awards for the Laser 150 are not widely documented in consumer channels, SAME tractors have historically been recognized within the agricultural industry for their engineering, reliability, and performance.
