Angio cpet – with Automatic Stand
Modern ergometer with multifunctional applications
With the stand for the Angio, the ergometer can move up and down over a range of 140cm. With the stand it is easier to move your arm Ergometry setting to another room, because it can stand free. For heavy use during arm-ergometry it is possible to fixate the stand to the wall with the supplied parts. Together with the automatic stand the Angio becomes an ergometric unit that can be used for both arm and leg Ergometry (this setting is standard supplied with handcurbles). Its compact design makes it universally applicable for ergometric studies in those sectors in which standard ergometry cannot be used. The Angio operates independent of pedaling speed in the range of 7 – 1000 watt. The Angio cpet is standard supplied with a communication module and can therefor be easily controlled by all known stress ECG and pulmonary devices in the world. The workload, rpm and time can be readout from the 3,5″ colour display.
Overview
Highlights
Easy to operate
– easy to connect
– easy to move around
– easy user interface
Reliable and reproducible stress tests
High standards
Additional features with PCU
– better monitoring because of the additional and larger display
– a perfect combination with BPM
– possibility to measure SpO2
Multifunctional
Features
![](/uploads/images/descriptor/small/644cd118c895a193db883112ffae8e9395eefc7b.png)
Small adjustment steps
![](/uploads/images/descriptor/small/4e5c60a0279d9195796b2ad9a58c22f9e1763df1.png)
Extreme low start-up load
![](/uploads/images/descriptor/small/0ad4038a6da795d44e037ee368d10498ccaca3ae.png)
Accurate over a long period of time
![](/uploads/images/descriptor/small/e9d7eeb1f61638840065e586957953124d238680.png)
LEM compatible
![](/uploads/images/descriptor/small/969eb48f2a411d06d171b6923b70144e09719fd1.png)
LCRM compatible
Customer specific display setting
![](/uploads/images/descriptor/small/0967e5de81bbd2efc0821b2b6253bb745d51fb08.png)
Versatile Interfacing
Accessories
Specifications
Specifications
Workload range fixed torque | 0,1 - 70 Nm | Workload range in fixed torque mode | |
Minimum load | 7 W | the minimum load the ergometer can provide | |
Maximum peak load | 1000 W | the maximum load the ergometer can provide for a short period of time | |
Minimum load increments | 1 W | the smallest steps with which the load can be added | |
Maximum continuous load | 750 W | the maximum power the ergometer can deliver continuous | |
Hyperbolic workload control | control of workload in hyperbolic way | ||
Maximum rpm independent constant load | 150 rpm | rpm as to which constant load can be applied | |
Minimum rpm independent constant load | 30 rpm | rpm as from which constant load can be applied | |
Electromagnetic "eddy current" braking system | system that very accurately applies a brake to the ergometer | ||
Dynamic calibration | continuous calibration during application of workload |
Workload accuracy from 7 to 100 W | 3 W | accuracy of the ergometer between 7 and 100 Watt | |
Workload accuracy from 100 to 500 W | 3 % | accuracy of the ergometer between 100 and 500 Watt | |
Workload accuracy from 500 to 1000 W | 5 % | accuracy of the ergometer between 500 and 1000 Watt |
Adjustability range height | 1400 mm | adjustability range height |
Readout Distance | Readout the distance on control unit | ||
Readout RPM | Readout the actual rpm on control unit | ||
Readout Heartrate | Readout the actual heartarte on control unit | ||
Readout target HR | Readout target heartarte on control unit (only possible with HR option) | ||
Readout Energy | Readout the energy on control unit | ||
Readout Torque | Readout torque on control unit | ||
Readout Time | Readout time on control unit | ||
Readout Power | Readout the actual power on control unit | ||
Set Display | Choosing parameters to be shown on the display during the stress test | ||
Set Resistance | Possibility to define a specific resistance for each test subject | ||
Set P-Slope | Possibility to set the load regulation resistance | ||
Set Mode | Possibility to define parameters to be adjusted during the stress test | ||
Manual operation mode | Operate manually | ||
Preset protocol operation mode | Operate via preset protocols | ||
Terminal operation mode | operate with an external device | ||
External control unit | a control unit is connected with a cable to the ergometer | ||
Selfdesigned protocol operation mode | operate via selfdesigned protocols |
Product length (cm) | 84 cm | 33.1 inch | length of product in cm |
Product width (cm) | 82 cm | 32.3 inch | width of the product in cm |
Product height | 223 cm | 87.8 inch | height of product |
Product weight | 95 kg | 209.4 lbs | the weight of the product |
Width between stand | 67 cm | room between stand for chair or wheelchair |
V AC | 100 - 240 V | voltage in Volt | |
Phases | 1 | phases | |
Frequency | 50/60 Hz | frequency in Herz | |
Power consumption | 250 W | power consumption in Watt | |
Power cord IEC 60320 C13 with CEE 7/7 plug | European power cord and connector standard supplied with product | ||
Power cord NEMA | NEMA power cord and connector |
IEC 60601-1:2012 | the product is IEC 60601-1 edition 3.1 compliant | ||
ISO 13485:2016 compliant | Lode fulfils ISO 13485:2016 requirements | ||
ISO 9001:2015 compliant | Lode fulfills ISO 9001: 2015 requirements |
CE class Im according to MDD93/42/EEC | CE certified | ||
CE class of product with optional SpO2 | IIa | CE class of product with optional SpO2 | |
CE class of product with optional BPM | IIa | CE class of product with optional Blood Pressure Measurement | |
CB according to IECEE CB - pending | CB certification pending |
Maximum operational temperature | 35 °C | maximum temperature at which the device will work within specification | |
Minimum operational temperature | 14 °C | minimum temperature at which the device will work within specification | |
Maximum operational air pressure | 106 kPa | maximum air pressure as from which the product will be operating within specification | |
Minimum operational air pressure | 80 kPa | minimum airpressure as from which the product will be operating within specification | |
Maximum operational non-condensing humidity | 90 % | maximum non-condensing humidity at which the product will operate within specification | |
Minimum operational non-condensing humidity | 30 % | minimum non-condensing humidity at which the product will operate within specification | |
Maximum storage & transport temperature | 60 °C | maximum temperature the product may be stored or transported at | |
Minimum storage & transport temperature | -20 °C | minimum temperature the product may be stored and transported at | |
Maximum storage & transport air pressure | 106 kPa | maximum air pressure the product may be stored and transported at | |
Minimum air pressure storage & transport | 50 kPa | minimum air pressure the product may be stored or transported at | |
Max. humidity storage & transport | 95 % | max. non-condensing humidity that the product can be stored or transported at | |
Min. humidity storage & transport | 10 % | minimum non-condensing humidity that the product can be stored or transport at |
*Specifications are subject to change without notice.
Science
Science
- A prognostic scoring system for arm exercise stress testing
- Arm exercise stress testing: diagnostic options in stable coronary artery disease
- Arm exercise testing predicts clinical outcome
- Comparison of Lower- vs. Upper-Body Cooling During Arm Exercise in Hot Conditions
- Effects of Arm-Cranking Exercise in Cutaneous Microcirculation in Older, Sedentary People
- Experimental Protocol of a Three-minute, All-out Arm Crank Exercise Test in Spinal-cord Injured and Able-bodied Individuals (video article)
- Influence of training status and exercise modality on pulmonary O2 uptake kinetics in pre-pubertal girls
- Left ventricular mechanical limitations to stroke volume in healthy humans during incremental exercise
- Physical Fitness of Lower Limb Amputees
- Studying the cutaneous microcirculatory response during upper-limb exercise in healthy, older, sedentary people
- Subjective Measures of Exercise Intensity to Gauge Substrate Partitioning in Persons With Paraplegia
- The effects of arm crank ergometry, cycle ergometry and treadmill walking on postural sway in healthy older females.
- The influence of crank configuration on muscle activity and torque production during arm crank Ergometry
- The influence of crank rate on peak oxygen consumption during arm crank ergometry
- The Influence of Step and Ramp Type Protocols on the Attainment of Peak Physiological Responses During Arm Crank Ergometry
- The Relation of Arm Exercise Peak Heart Rate to Stress Test Results and Outcome
- Validity and Reliability of Skill-Related Fitness Tests for Wheelchair-Using Youth With Spina Bifida.
Support
Yes you can request the actual pedalling speed and power when you are cycling in Manual, Analogue or Terminal mode.
Yes you can. Make sure the chipset used in the converter is from FTDI to have good data acquisition.
Service
Part number
967904
Interfacing
Interfacing protocols
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