TECHNICAL DATA

 

 

 

 

 

SpeedZTR 30 CA

 

 

Engine

 

 

 

Manufacturer

Briggs & Stratton

 

 

Type

Intek CA

 

 

Power

16 hp*

 

 

Lubrication

Pressure with oil filter

 

 

Oil capacity excluding filter

1.5 qts/ 1.4 liters

 

 

Oil capacity including filter

1.7 qts / 1.6 liters

Engine oil

SAE 10W30, 10W30, 5W30, API SF-SJ

 

 

Fuel

Min 86 octane unleaded (Maxethanol 5%, Max MTBE 15%)

 

 

Fuel tank capacity

3 gallons / 11.3 liters

 

 

Spark plugs / gap

Briggs & Stratton 5066 / .030" / 0.75 mm

 

 

Cooling

Air cooled

 

 

Air filter

Standard

Alternator

12V / 16A

 

 

Starter

Electric 12V

 

 

Transmission

 

 

 

Transmission

EZT Hydro Gear

 

 

Speed and direction controls

Dual levers, foam gripped

 

 

Speed forward

5.8 mph / 9.3 km/h

Speed reverse

3.3 mph / 5.3 km/h

 

 

Brakes

Mechanical parking brake

 

 

Front caster tires, smooth tread

410-5, 4 ply

 

 

Rear tires, turf pneumatic

18 x 6.5-8

 

 

Tire pressure

15 PSI / 103 kPa / 1 bar

 

 

*The power rating of the engines indicated is the average net power output (at specified rpm) of a typical production engine for the engine model measured to SAE standard J1349/ISO1585. Mass production engines may differ from this value. Actual power output for the engine installed

in the final machine will depend on the operating speed, environmental conditions and other variables.

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Dixon SPDZTR 30 CA, 966504101, 115312327R1 manual SpeedZTR 30 CA, Engine, Transmission

115312327R1, 966504101, SPDZTR 30 CA specifications

The Dixon SPDZTR 30 CA, reference number 966504101 and part number 115312327R1, is a high-performance machine designed for various industrial applications where precision and durability are paramount. This state-of-the-art equipment is engineered for exceptional performance, making it an indispensable asset in many manufacturing environments.

One of the standout features of the SPDZTR 30 CA is its robust construction. The machinery is built from high-grade materials that offer extensive resistance to wear and tear, ensuring long-term reliability and reduced maintenance costs. This feature is particularly crucial in industries where the machines are subject to heavy workloads and harsh conditions.

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