John Deere 35ZTS Excavator Specifications and Key Features

The John Deere 35ZTS excavator delivers a compact solution for both residential and commercial projects. It features a powerful engine, precise controls, and durable construction, ideal for digging, trenching, and other heavy-duty tasks. With an operating weight of approximately 7,500 lbs, the 35ZTS offers the versatility to operate in confined spaces without compromising performance.

Powered by a 24.7-horsepower Yanmar engine, this model ensures strong digging forces and fuel efficiency. The hydraulic system is designed for seamless operation, allowing operators to perform tasks with minimal downtime. The 35ZTS is equipped with a 9.2 ft digging depth, making it suitable for a range of excavation needs. Additionally, the machine’s breakout force and lifting capacity allow for heavy lifting without the need for larger equipment.

The undercarriage is designed for maximum stability, with adjustable tracks that offer flexibility in different terrain types. The hydraulics are optimized for smooth and precise control, contributing to better overall productivity. Whether working in tight spaces or on uneven ground, the John Deere 35ZTS is built to perform efficiently under various conditions.

John Deere 35ZTS Excavator Specifications

The John Deere 35ZTS excavator offers a compact yet powerful solution for various construction and excavation tasks. Its robust design combines efficient performance with maneuverability in confined spaces.

The machine’s operating weight is approximately 7,400 lbs (3,357 kg), providing a solid foundation for heavy lifting and digging operations. Its engine power reaches 24.7 horsepower (18.4 kW), enabling smooth operation even in challenging environments.

With a maximum digging depth of 10.2 feet (3.1 m), the 35ZTS is capable of reaching deep excavation sites, enhancing productivity. Its bucket digging force of 5,700 lbf (25.3 kN) ensures high digging performance, making it ideal for trenching, grading, and lifting heavy materials.

For stability and precision, the undercarriage features a width of 5.5 feet (1.68 m) and is equipped with adjustable tracks, providing versatility across different ground conditions.

In terms of fuel efficiency, the 35ZTS includes a 14.8-gallon (56 L) fuel tank, ensuring extended work periods between refuels, reducing downtime on the job site.

The excavator also incorporates a hydraulic system with a flow rate of 19.8 gallons per minute (75 L/min), enhancing attachment versatility and operational capacity for various attachments like breakers, augers, and buckets.

For operators, the ergonomic cabin offers enhanced visibility, comfort, and ease of use, making long working hours more manageable. Additionally, the machine’s maximum travel speed of 3.4 mph (5.5 km/h) allows quick movement across the worksite, improving job site efficiency.

Hydraulic System and Performance Details

The hydraulic system of the John Deere 35ZTS is built for high performance in demanding tasks. It features a closed-center, load-sensing system that ensures optimal power distribution, minimizing energy loss and maximizing output. This design allows for smooth, consistent operation even under heavy loads.

The system operates at a pressure of 3,626 psi (250 bar), providing strong lifting capacity and fast cycle times. With a flow rate of 23.8 gpm (90 l/min), it powers the arm, boom, and auxiliary hydraulics efficiently, making it ideal for tasks that require precise control and rapid movements.

Key components such as the main pump and valve assembly are engineered for durability, ensuring longevity and reliability in harsh conditions. Routine maintenance of the hydraulic fluid and filters is recommended to maintain peak performance and prevent potential damage to sensitive components.

• Maximum System Pressure: 3,626 psi (250 bar)
• Hydraulic Flow Rate: 23.8 gpm (90 l/min)
• Auxiliary Hydraulic Flow: 14.5 gpm (55 l/min)
• Hydraulic Oil Capacity: 23.2 gallons (88 liters)
• Pump Type: Axial piston pump

For maximum performance, operators should ensure proper fluid levels and regular checks on hydraulic hoses for wear. This will maintain the system’s pressure and ensure smooth function of the excavator’s key components.

Dimensions and Weight Distribution

The John Deere 35ZTS excavator measures 5,760 mm in total length, with a width of 1,750 mm and a height of 2,460 mm. This compact design provides easy maneuverability in tight spaces, particularly beneficial for urban and smaller site operations.

It weighs approximately 3,510 kg, making it a relatively lightweight model in its category. The weight distribution is optimized for stability during digging and lifting operations. The machine’s weight is evenly distributed across the tracks, allowing for consistent ground pressure and improved performance on uneven terrain.

To maximize stability, ensure proper load balance when operating on slopes or during heavy lifting tasks. The low center of gravity enhances machine stability, reducing the risk of tipping. Proper weight distribution is critical for maintaining optimal hydraulic performance and maximizing machine life.

Engine Power and Fuel Efficiency

The John Deere 35ZTS is powered by a 23.5 horsepower diesel engine, designed to deliver reliable performance across a variety of construction tasks. The engine’s compact size is well-suited for tight workspaces, allowing for both power and maneuverability. It offers an optimal balance between performance and fuel consumption, ensuring longer operational hours without frequent refueling.

Fuel efficiency is a key feature of the 35ZTS, with the engine’s fuel consumption rate being notably low for its size and class. The machine can operate for extended periods on a single tank, which helps reduce operational costs and downtime. This is particularly beneficial in large-scale projects or areas where refueling stations are sparse.

For maximum fuel economy, it is recommended to regularly maintain the engine, including changing the fuel filters and using high-quality diesel fuel. This will help maintain the optimal power-to-fuel ratio, ensuring the machine runs smoothly and efficiently over time.