Technical Specifications - GE eBike Mode D'emploi

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Technical Specifications

Ergometer
Model
– modular ergometer system eBike basic, eBike
comfort
Operating Mode
– continuous operation
Power Supply
– 100 to 240 V, 50 to 60 Hz
Power Consumption
– 80 VA max.
Instrument Fuses
– 2 x 2.0 A (slow-blow)
Braking Principle
– computer-controlled eddy current brake with torque
measurement; speed independent to DIN VDE 0750-
0238
Load Range
– 20 to 999 watt, speed (RPM)-independent
RPM Range
– 30 to 130 n/min
Load Error
– to DIN VDE 0750-0238
± 5 % max. between 25 and 400 W and ± 3 watt max.
between 25 and 100 W
– acc. to manufacturer: ± 5 % max. between 20 and
900 W and ± 3 W max. between 20 and 100 W
Load Increments
– configurable: 1, 5, 10 or 25 W
Internal Protocols
– 5 fixed protocols, 10 user-configurable protocols
Patient Weight
– 140 kg max.
Saddle Height Adjustment
– continuous between 120 and 210 cm height, numeric
indication of saddle height, mechanical with eBike
basic, electric with eBike comfort
2018112-001 Revision B
Technical Specifications
Handlebar Adjustment
– continuous, 360°, for patient heights between
120 and 210 cm, rigid steering column on eBike
basic, height-adjustable steering column on eBike
comfort
Crank Length
– 170 mm
Display
– 68 x 34 mm, 128 x 64 pixels
Interfaces
– 2 x RS232: 9-pin Sub-D
– 1 x RS232: 5-pin DIN socket
– analog input for target load: 8-pin DIN socket
– analog output for current load: 8-pin DIN socket
– remote start EKG unit: 1 to 30 s before load change
Environment
Operation
– temperature between +10 and + 40 °C (50 and 104 °F)
– relative humidity 30 to 75 %, no condensation
– atmospheric pressure 700 to 1060 hPa
Transport and Storage
– temperature between -40 and + 70 °C (-40 and
158 °F)
– relative humidity between 10 and 90 %, no
condensation
– atmospheric pressure 500 to 1060 hPa
Dimensions and Weight
– width 460 mm, handlebar approx. 575 mm
– length 900 mm
– height 900 mm min, 1350 mm max.
– weight approx. 61 kg (eBike basic), 69 kg (eBike
comfort)
Blood-Pressure Module
Measuring Principle
– auscultatory method, oscillometric method; for
resting BP, the results from both measurements are
compared for plausibility
eBike with Control Terminal PC 27