Life Fitness operation manual Specifications, Life Fitness 93X FIT Stridetm Total Body Trainer

7 SPECIFICATIONS

7.1LIFE FITNESS 93X FIT STRIDETM TOTAL BODY TRAINER

Designed use:	Heavy/Commercial
Maximum user weight:	350 pounds / 160 kilograms
Power requirements:	None.
Console:
Type:	MESSAGE CENTER with ARROW keys
Displays:	Elapsed time, speed, level, calories, heart rate, distance, calories burned per
	hour (when enabled), watts (when enabled), and METS (when enabled)
Summaries:	Total elapsed time of workout, total calories burned, total distance
Character size:	0.54 inches / 1.4 centimeters
Workouts:	Manual, Random, Hill, Cross-train Aerobics, Cross-train Reverse, Fat Burn,
	Cardio, Heart Rate Hill, Heart Rate Interval, Extreme Heart Rate, Around the
	World, Cascades, Kilimanjaro, Speed Training, Interval, Foothills, Quick Start
Modes:	Aerobics and Reverse modes during all workouts except for Fat Burn, Cardio,
	Heart Rate Hill, Heart Rate Interval, and Extreme Heart Rate
Heart rate monitor:	Polar® telemetry heart rate monitoring system: standard on all models
	Polar® heart rate chest strap: optional
Resistance Levels:	25 (speed-independent)
Pedal speed range:	1.5 mph - 14.3 mph (2.4 km/h - 23.0 km/h)
Drive type:	Belt/alternator
Accessory Tray:	Standard
Integrated Reading Rack:	Standard
Color:	Silver with gray accents
PHYSICAL DIMENSIONS:
	Length:	83.5 inches / 212 centimeters
	Width:	42 inches / 107 centimeters
	Height:	63 inches / 160 centimeters
	Weight:	286 pounds / 130 kilograms
SHIPPING DIMENSIONS:
	Length:	85.75 inches / 217.8 centimeters
	Width:	29.75 inches / 75.6 centimeters
	Height:	50.75 inches / 128.9 centimeters
	Weight:	390 pounds / 176.9 kilograms

For EN 957-9 class A accuracy testing, input mechanical power was measured by connecting a cross-trainer to a fixture consisting of a motor and gear box with an attached torque transducer, amplifier, and readout display. Testing was done by removing the pedal lever from one side of the cross trainer and connecting the test fixture in place of the pedal lever at the crank axis. Torque measurements were taken with and without the pedal lever installed on the other side of the cross-trainer in order to determine the level of measured torque required to compensate for the missing pedal lever. From measured torque and speed, the input mechanical power and variance from displayed power were calculated. At level 9 and a constant 50 RPM, displayed wattage was 92 watts, with a 0.6% variance from the input power measured on the test equipment. At level 9 and a constant 60 RPM, displayed wattage was 111 watts, with a 2.2% variance from measured input power.

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