995 Wheel Loader
Built to the same size as the 994K but offering a higher rated payload, the new Cat® 995 Wheel Loader gives you greater productivity and performance while using less fuel. ...
Engine
- Engine Model
- Cat® 3516E
- Emissions
- U.S. EPA Tier 4 Final/EU Stage V or U.S. EPA Tier 1 equivalent
- Engine Power - ISO 14396:2002
- 1847hp
- Gross Power - SAE J1995:2014
- 1870hp
- Net Power - SAE J1349 - Standard Ambient
- 1739hp
- Net Power - SAE J1349 - High Ambient
- 1696hp
- Bore
- 6.7in
- Stroke
- 8.5in
- Displacement
- 4766in³
- Peak Torque - 1,200 rpm - SAE J1995
- 8549lb/ft
- Torque Rise
- 39%
- Note (1)
- The power ratings apply when tested under the reference conditions for the specified standard.
- Note (2)
- The net power advertised is the power available at the flywheel when the engine is equipped with fan, alternator, air cleaner and muffler.
- Note (3)
- The gross power advertised is with the fan at maximum speed.
Operating Specifications
- Operating Weight - Standard
- 543772lb
- Bucket Capacity Range
- 17.2-43.6 m3 (22.3-57 yd3)
- Operating Weight - High Lift
- 547675lb
- Rated Payload - Standard Lift (Low to Moderate Digging Resistance)
- 60ton (US)
- Rated Payload - Standard Lift (Moderate to High Digging Resistance)
- 50ton (US)
- Rated Payload - High Lift (Low to Moderate Digging Resistance)
- 55ton (US)
- Rated Payload - High Lift (Moderate to High Digging Resistance)
- 50ton (US)
- Note
- *Please contact your local dealer to determine if your application is suitable for this increased rated payload.
- Cat Truck Match - Standard
- 785/789
- Cat Truck Match - High Lift
- 789/793/794
Transmission
- Transmission Type
- Cat Planetary Power Shift
- Forward - 1
- 4.6mile/h
- Forward - 2
- 8mile/h
- Forward - 3
- 13.6mile/h
- Reverse - 1
- 5mile/h
- Reverse - 2
- 8.8mile/h
- Reverse - 3
- 14.9mile/h
- Direct Drive - Forward 1
- Lock-up disables
- Direct Drive - Forward 2
- 8.7mile/h
- Direct Drive - Forward 3
- 15.2mile/h
- Direct Drive - Reverse 1
- Lock-up disables
- Direct Drive - Reverse 2
- 9.6mile/h
- Direct Drive - Reverse 3
- 16.8mile/h
- Note
- Travel speeds based on 58/85-57 tires.
Hydraulic System - Lift/Tilt
- Lift/Tilt System - Circuit
- Positive Flow Control
- Lift/Tilt System - Pump
- Variable Displacement Piston
- Maximum Flow at 1,700 rpm Engine Speed
- 541gal/min
- Relief Valve Setting - Lift/Tilt
- 5004psi
- Cylinders, Double Acting - Lift, Bore and Stroke
- 370 × 1713 mm (14.6 × 67.4 in)
- Cylinders, Double Acting - Tilt, Bore and Stroke
- 310 × 1086 mm (12.2 × 42.8 in)
- Pilot System
- Open Loop and Pressure Reducing
Hydraulic Cycle Times
- Rack Back
- 4.9s
- Raise
- 12.6s
- Dump
- 3.1s
- Lower Float Down
- 4.2s
Complete System Fill
- Fuel Tank - Standard
- 856gal (US)
- Fuel Tank - With 24 hr Attachment
- 1414gal (US)
- Cooling System
- 138gal (US)
- Engine Crankcase
- 76gal (US)
- Transmission
- 110gal (US)
- Differential - Final Drives - Front
- 220gal (US)
- Differential - Final Drives - Rear
- 200gal (US)
- Hydraulic Tank - Implement and Hydraulic Fan
- 270gal (US)
- Hydraulic Tank - Steering and Braking
- 100gal (US)
- Oil Renewal System (ORS)*
- 20gal (US)
- Note
- *Not available on Tier 4 Final/Stage V machines. Not available in all regions.
Axles
- Front
- Fixed
- Rear
- Trunnion
- Oscillation Angle
- 9°
Cooling System
- Ambient Capability Hydraulically Driven Demand Fan - Standard
- 109.4°F
- Ambient Capability Hydraulically Driven Demand Fan - High (Tier 1 equivalent)
- 131°F
- Ambient Capability Hydraulically Driven Demand Fan - High (Tier 4 Final)
- 127.4°F
Sound Performance - Standard
- Operator Sound Level (ISO 6396:2008) - Tier 1/EU Stage I Equivalent
- 74dB(A)
- Machine Sound Level (ISO 6395:2008)
- 119dB(A)
- Note
- The declared sound levels listed above include the addition of both measurement uncertainty and uncertainty due to production variation. Typical measurement uncertainty for this type of machine is 2 dBA in accordance with "ISO 4871". The measurement was c
Sound Performance - Suppression
- Operator Sound Level (ISO 6396:2008) - Tier 1/EU Stage I Equivalent
- 73dB(A)
- Machine Sound Level (ISO 6395:2008)
- 117dB(A)
- Note
- The declared sound levels listed above include the addition of both measurement uncertainty and uncertainty due to production variation. Typical measurement uncertainty for this type of machine is 2 dBA in accordance with "ISO 4871". The measurement was c
Hydraulic System - Steering
- Steering System - Circuit
- Pilot, Load Sensing
- Steering System - Pump
- Piston, Variable Displacement
- Total Steering Angle
- 80 degrees
- Steering Cycle Times - Low Idle
- 7.6s
- Steering Cycle Times - High Idle
- 4.3s
Dimensions - Standard Lift - Approximate
- B-Pin Height - Maximum Lift
- 28.8ft
- Clearance at Maximum Lift
- 19.8ft
- Dump Angle at Maximum Lift
- –50.0 degrees
- Front Axle Centerline to Bucket Tip
- 21.9ft
- Ground to Bumper Clearance
- 4.4ft
- Ground to Center of Axles
- 6ft
- Ground to Lower Hitch Clearance
- 2.9ft
- Ground to Top of Exhaust Stacks
- 23.2ft
- Ground to Top of Hood
- 18.6ft
- Ground to Top of ROPS
- 23.4ft
- Maximum Overall Height - Bucket Raised
- 39.3ft
- Maximum Overall Length
- 64.6ft
- Note
- Assumes loaded 58/85-57 tires, tires at a static loaded radius of 1830 mm (6 ft), 596-5330 26 m3 (34 yd3) bucket, 431-0064 HD tips.
- Rack Angle at Maximum Lift
- 59.5 degrees
- Rack Back Angle - Carry
- 47.7 degrees
- Rack Back Angle - Ground Level
- 39.7 degrees
- Reach - Maximum Lift
- 9.6ft
- Rear Axle - Centerline to Bumper
- 20.4ft
- Tread Width
- 14.1ft
- Wheel Base
- 22.3ft
- Width - Over Tires - With Bulge
- 18.8ft
Dimensions - High Lift - Approximate
- B-Pin Height - Maximum Lift
- 31.6ft
- Clearance at Maximum Lift
- 22.6ft
- Dump Angle at Maximum Lift
- –50.0 degrees
- Front Axle Centerline to Bucket Tip
- 24.2ft
- Ground to Bumper Clearance
- 4.4ft
- Ground to Center of Axles
- 6ft
- Ground to Lower Hitch Clearance
- 2.9ft
- Ground to Top of Exhaust Stacks
- 23.2ft
- Ground to Top of Hood
- 18.6ft
- Ground to Top of ROPS
- 23.4ft
- Maximum Overall Height - Bucket Raised
- 42.1ft
- Maximum Overall Length
- 66.9ft
- Note
- Assumes loaded 58/85-57 tires, tires at a static loaded radius of 1830 mm (6 ft), 596-5330 26 m3 (34 yd3) bucket, 431-0064 HD tips.
- Rack Angle at Maximum Lift
- 59.4 degrees
- Rack Back Angle - Carry
- 53.5 degrees
- Rack Back Angle - Ground Level
- 45 degrees
- Reach - Maximum Lift
- 9.4ft
- Rear Axle - Centerline to Bumper
- 20.4ft
- Tread Width
- 14.1ft
- Wheel Base
- 22.3ft
- Width - Over Tires - With Bulge
- 18.8ft
Brakes
- Brakes
- ISO 3450:2011
SAFETY
- Designed for visibility, with a taller windshield that provides a 25% increase in glass surface area for a better view to the bucket, standard rear-view camera, optional Detect 270-degree cameras, standard LED lighting and six-mirror system.
- Improved access and egress, with integrated powered access system that can be raised and lowered from cab or ground, 45-degree-angle wide stairs, emergency egress ladder, and full handrails on each side.
- Wide walkways with non-skid surfaces, windshield cleaning platform, and integrated lockout/tagout points designed into the service areas.
OPERATOR COMFORT
- Increased leg room and increased width by the operator’s knees compared to 994K.
- Reduced vibration, low sound levels and automatic temperature controls.
- Electro-hydraulic speed-sensing steering with force feedback for shift-long comfort.
- Pressurized cab featuring Next Gen Seat with 9-inch travel, active cooling and heating, adjustable lumbar support, seat cushion tilt adjustment, and air-adjustable bolsters on the seat and backrest.
CONFIDENT & EMPOWERED OPERATORS
- Low-effort integrated controls that make cycles smoother and faster while reducing fatigue.
- Large, easy-to-read, color LED displays that provide access to the Electronic Operation & Maintenance Manual.
- Operator coaching, which helps empower operators to exceed targets by measuring and providing feedback to reinforce proper operating techniques.
- New Autodig Components that boost efficiency and reduce tire wear by automating critical parts of the digging cycle.
- Payload Overload Prevention, which inhibits severe payloads from being raised to full truck height.
PRODUCTIVITY
- Increased rated payload and 6% increase in hydraulic force compared to 994K.
- Impeller Clutch Torque Converter (ICTC) and Rimpull Control System (RCS), which reduce the potential for wheel slippage without reducing hydraulic efficiency.
- Superior loading with Cat Performance Series Buckets, which are engineered to dig into piles quickly and load efficiently — with fill factors up to 115%.
- 3516E engine, which delivers optimum performance through the use of a 16-cylinder, four-stroke design, plus turbochargers and aftercoolers that deliver on-demand performance.
- Excellent stability thanks to optimized weight distribution, helping operators be more confident and productive.
EFFICIENCY-BOOSTING FEATURES
- Tire Slip Prevention, which reduces rimpull when there is less downforce on the tire and increases rimpull when there is more downforce on the tire — providing maximum rimpull when you can use it.
- Tire Set, which automatically applies a lift command at the optimal time to increase traction on the tire, allowing for an increase in usable rimpull.
- Lift Stall Prevention, which automatically applies the impeller clutch when necessary to prevent hydraulic stall when lifting up through the face — keeping the lift motion continuous, without excessive use of the impeller clutch.
- Positive Flow Control Hydraulic System, which boosts efficiency with concurrent pump and valve control and increases bucket feel and control to deliver consistent performance.
- On-demand throttle feature that allows operators to maintain normal operation with the left pedal and implements while the 995 manages the engine speed.
SERVICEABILITY
- Reduced time spent on regular maintenance procedures thanks to features such as ground-level or platform access to filters; grouped service points; swing-out doors on both sides of the engine compartment; improved access for engine and pump drive service as well as to cooling package; and automatic lubrication system that greases the linkage, hitch, steering and axle trunnion bearings.
- Service station that provides easy access to functions such as coolant and oil as well as level indicators; Cat battery charging connector; and indicator lights for full fuel tanks.
- Redesigned pump bay, which offers improved access to transmission components, discharge ports located on the side of pumps, and lines routed directly to screen.
- Reduced number of steering hoses and tubes; removal of brackets and neutralizers, eliminating the need for neutralizer adjustment; and addition of pilot accumulator, EH valve and pilot filter.
- Improvements in filters and diagnostics across the machine, with groundline service that includes a steering pilot filter, transmission filters and steering pump discharge screen; pump bay that includes a brake pump filter, implement pilot filter and implement discharge screens; and diagnostic ports that are accessible from the front walk deck and pump bay.
BUCKETS AND GET
- Approved for higher payloads in low to moderate digging resistance applications; increased payload intended for rehandled material in the ROM pad area or stockpile material, such as coal.
- Variety of bucket options, including rock buckets for loading limestone or other unprocessed rock; heavy-duty rock buckets for applications like face loading tightly compacted pit materials or handling materials of moderate abrasion and high impact; coal buckets for light density non-abrasive materials; and iron ore buckets for extremely aggressive applications.
- Performance Series Buckets feature extended floor, dual radius and angled side bars for fast loading; larger bottom box section for increased strength, high fill factors and good material retention; and taller side plate with a level top surface improves operator visibility to the bucket from the cab.
- Cat Ground Engaging Tools (GET) that feature CapSure™ Retention Technology, which simplifies component replacement with hammerless retention for fast, easy and safe installation.
DURABILITY
- Highly durable structures, with full box-section rear frame that resists torsional shock and twisting forces to maximize life of mounted components.
- Frames that utilize castings in key areas to maximize frame durability and optimize efficiency.
- Rear axle mounting to frame that is optimized to better disperse loads for increased structural integrity.
- Loads efficiently transmitted by the field-proven solid steel lift arms, with enhanced strength in key pin areas through the use of one-piece castings.
- Frame, powertrain, engine and components that all built to be rebuilt — using new, remanufactured or rebuilt parts and components — to deliver multiple lives of like-new performance at a fraction-of-new price.
TECHNOLOGY
- Cat MineStar™ Terrain for loading, which provides real-time feedback on payloads and design plan progress to increases productivity and accuracy, reduce rework, enhance ore control and improve shift-to-shift operator performance.
- MineStar Object Detection, which combines radar and camera systems to warn operators about light vehicles or stationary hazards within the immediate vicinity of their machines.
- MineStar Health, which delivers critical event-based machine condition and operating data and includes comprehensive equipment health and asset monitoring capabilities, with a wide range of diagnostic, analytic and reporting tools.
- Upgraded touchscreen information display that provides intuitive operation and easy navigation and keeps operators informed about machine systems to decrease service time.
- Cat ProductLink™, which provides remote access to information on machine systems and diagnostic codes; allows you to track utilization, fuel usage and payload summaries; and gives access to machine location, service meter hours and reporting status.
SUSTAINABILITY
- Designed to be more efficient and use less fuel, which reduces engine emissions and carbon footprint; Tier 4 Final engine reduces NOx and particulate matter.
- Engine Idle Shutdown, which saves fuel by making it possible to avoid unnecessary idling.
- Better control of fluids through use of Cat anti-drain filter housings and component ecology drains.
- Retrofits and upgrades for older machines — to incorporate efficiency improvements and emission reductions, and to keep them in production longer to conserve energy and minimize the need for raw materials
- Cat Rebuild and Cat Reman programs, which preserve raw materials, conserve energy and reduce emissions.