Corival Eccentric
Possibility to train severe cardiac and pulmonary patients with eccentric exercise
Eccentric ergometry or “negative ergometry” is used to train severe pulmonary and cardiac patients. The motor is pushing the crank axle of the ergometer in the opposite direction. The test subject has to resist this workload and keep the pedal frequency at a selected number to get the desired training effect.
The Eccentric Corival is an ergometer with a design like the Corival with a motor next to the usual electromagnetical braking principle. The maximal eccentric workload is 250 watt. The range of target rpm (30-100 rpm) can be customized and adjusted during the training. The eccentric ergometer has safety protections but may not be used without supervision. Besides this eccentric ergometry, this ergometer can be used for normal ergometry as well.
The ergometer is standard equipped with both a 7" programmable control unit and a 3,5" display.
Highlights
Reliable and reproducible stress tests
The experience of professionals who calibrate many ergometers showed that the Lode ergometers are the most reliable across the complete workload and rpm range and still within specifications even after many years of intensive use.
High standards
Lode is a socially and environmentally responsible company. All Lode products are RoHS/WEE compliant and Lode is ISO 9001:2015, and ISO 13485:2016 certified. All medical products comply to MDD 93/42/EEC, incl. IEC 60601-1.
Various test modes
Besides the hyperbolic (rpm-independent) mode that is used most of the time, the standard control unit offers several other test modes, like the fixed torque mode and the linear mode.These modes can be used in both manual and terminal mode.
Q-factor equal to road-bike
The Q-factor of the ergometer is equal to the Q-factor of road bikes, creating perfect training circumstances.
Training severe cardiac and pulmonary patients
Possibility to train severe cardiac and pulmonary patients with eccentric exercise
Features
Compatible with ECG and pulmonary devices
The Lode ergometers have digital interfaces and can be controlled easily by all known stress ECG and pulmonary devices available in the world. This is one of the reasons why the Lode ergometers are very popular worldwide.
Extreme low start up load
The extreme low start-up load of 7 watts and the adjustability in small steps of 1 watt make this ergometer perfectly suitable for many different applications. The standard control unit shows multiple ergometry parameters and you can determine your specific default setting and start-up menu.
Low noise
Due to accurate manufacturing and the careful choice of materials the product has an extremely low noise level.
Accurate over a long period of time
The Lode ergometers are supplied with an electro-magnetic braking mechanism of Lanooy (eddy current). The biggest advantage of this braking system compared to a friction braking system is the absolute accuracy and the accuracy over time. Moreover, friction braking systems have more wearing parts.
RS232 connectivity
RS232 ports enable connectivity to most ECG and ergospirometry devices as well as PC's.
Readout of saddle height
The height of the saddle is stepless adjustable and can be read-out on the saddle shaft
Perfect ergonomic position
Improved ergonomic position according to the latest requirements.
Ultra-low step-through
The lowest possible step-through guarantees easy access to the ergometer for all test subjects: a must for people who are not so mobile!
USB connectivity
USB to connect to PC or ECG or ergospirometry products facilitates easy connectivity.
Small adjustment steps
The workload of the Lode ergometers is adjustable in steps of only 1 watt. Depending on your wishes, the test operator or the test subject can adjust the workload. The steps of 1 watt are possible in the manual mode as well as within protocols.
Specifications
| Minimum load | 10 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 | ||
| Linear workload control | control ergometer in a linear way | ||
| Fixed torque workload control | control ergometer in a fixed torque 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 | |
| Optional heart rate controlled workload | control the device optionally through a set heartrate | ||
| Electromagnetic "eddy current" braking system | system that very accurately applies a brake to the ergometer | ||
| Dynamic calibration | continuous calibration during application of workload | ||
| Power range at maximum rpm (maximum) | 1000 W | operational power range |
| Minimum Eccentric Load | 1 W | Minimum eccentric load the ergometer can provide | |
| Maximum Eccentric Load | 250 W | the maximum eccentric load the ergometer can provide | |
| Minimum RPM Eccentric Mode | 30 rpm | Minimum rpm in the eccentric mode | |
| Maximum RPM Eccentric Mode | 100 rpm | maximum rpm in the eccentric mode | |
| Safety Protection | Safety protection standard on ergometer |
| Workload accuracy below 100 W | 3 W | accuracy of the ergometer below 100 Watt load | |
| 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 |
| Q-factor | 180 mm | Q-factor | |
| Minimum leg length user | 645 mm | 25.4 inch | leg length to fit to pedals |
| Allowed user weight | 180 kg | 396.8 lbs | maximum patient weight |
| Handlebar adjustment angle | 360 ° | angle over which the handlebar can rotate | |
| Adjustability range seat | 300 mm | 11.8 inch | seat adjustment range |
| English user interface | User interface available in English language | ||
| Chinese user interface | User interface available in Chinese language | ||
| Croatian user interface | User interface available in croatian language | ||
| Czech user interface | User interface available in Czech language | ||
| Danish user interface | User interface available in Danishlanguage | ||
| Dutch user interface | User interface available in Dutch language | ||
| Finnish user interface | User interface available in Finnish language | ||
| French user interface | User interface available in French language | ||
| German user interface | User interface available in German language | ||
| Greek user interface | User interface available in Greek language | ||
| Hungarian user interface | User interface available in Hungarian language | ||
| Italian user interface | User interface available in Italian language | ||
| Japanese user interface | User interface available in language | ||
| Korean user interface | User interface available in Korean language | ||
| Latvian user interface | User interface available in Latvian language | ||
| Lithuanian user interface | User interface available in Lithuanian language | ||
| Norwegian user interface | User interface available in Norwegian language | ||
| Polish user interface | User interface available in Polish language | ||
| Portugese user interface | User interface available in Portugese language | ||
| Romanian user interface | User interface available in romanian language | ||
| Russian user interface | User interface available in Russian language | ||
| Spanish user interface | User interface available in Spanish language | ||
| Swedish user interface | User interface available in Swedish language | ||
| Turkish user interface | User interface available in Turkish language | ||
| Ukrainian user interface | User interface available in Ukrainian language | ||
| Readout RPM | Readout the actual rpm on control unit | ||
| Readout Time | Readout time on control unit | ||
| Readout Power | Readout the actual power on control unit | ||
| Set Resistance | Possibility to define a specific resistance for each test subject | ||
| Terminal operation mode | operate with an external device | ||
| Touchscreen | operation by touch screen |
| Lode 38K4 interface protocol | Supports communication with Lode 38K4 protocol | ||
| Lode interface protocol | Supports communication according to the Lode ergometer protocol | ||
| Lode WLP interface protocol | Supports communication with Lode WLP protocol | ||
| Ergoline P10 interface protocol | Supports communication with Ergoline P10 protocol | ||
| Ergoline P4 interface protocol | Supports communication with Ergoline P4 protocol | ||
| Schiller interface protocol | Schiller-käyttöliittymäprotokolla | ||
| Bosch EKG 506 DS interface protocol | Supports communication with Bosch EKG 506 DS Protokoll | ||
| USB connector | connection via USB possible | ||
| RS232 in connector | connection via RS232 |
| Product length (cm) | 105 cm | 41.3 inch | length of product in cm |
| Product width (cm) | 46 cm | 18.1 inch | width of the product in cm |
| Product height | 114 cm | 44.9 inch | height of product |
| Product weight | 78 kg | 172 lbs | the weight of the product |
| Power cord length | 250 cm | 98.4 inch | length of powercord including plugs |
| Power cord IEC 60320 C19 with CEE 7/7 plug | European power cord and connector standard supplied with product | ||
| Power cord NEMA | NEMA power cord and connector | ||
| Max. power consumption eccentric mode | 600 W | maximum power consumption in eccentric mode |
| ISO 13485:2016 compliant | Lode fulfils ISO 13485:2016 requirements | ||
| ISO 9001:2015 compliant | Lode fulfills ISO 9001: 2015 requirements |
| Minimum operational temperature | 14 °C | minimum temperature at which the device will work within specification | |
| Maximum operational temperature | 35 °C | maximum temperature at which the device will work within specification | |
| Minimum operational air pressure | 80 kPa | minimum airpressure as from which the product will be operating within specification | |
| Maximum operational air pressure | 106 kPa | maximum air pressure as from which the product will be operating within specification | |
| Minimum operational non-condensing humidity | 30 % | minimum non-condensing humidity at which the product will operate within specification | |
| Maximum operational non-condensing humidity | 90 % | maximum non-condensing humidity at which the product will operate within specification | |
| Minimum storage & transport temperature | -20 °C | minimum temperature the product may be stored and transported at | |
| Maximum storage & transport temperature | 60 °C | maximum temperature the product may be stored or transported at | |
| Minimum air pressure storage & transport | 50 kPa | minimum air pressure the product may be stored or transported at | |
| Maximum storage & transport air pressure | 106 kPa | maximum air pressure the product may be stored and transported at | |
| Min. humidity storage & transport | 10 % | minimum non-condensing humidity that the product can be stored or transport at | |
| Max. humidity storage & transport | 95 % | max. non-condensing humidity that the product can be stored or transported at |
Accessories
Science
-
Eccentric cycle exercise in severe COPD: feasibility of application.
-
Eccentric exercise training in patients with chronic obstructive pulmonary disease
-
Effects of positive and negative exercise on ventilatory CO2 sensitivity
-
Ventilatory response to positive and negative work in patients with chronic obstructive pulmonary disease
FAQ
The Corival handlebar is adjustable within 0-360 degrees.
The Excalibur Sport's handlebar is adjustable in both vertical (465- 855 mm) and horizontal (229- 600 mm) direction.
The Excalibur Sport's handlebar is adjustable in both vertical (465- 855 mm) and horizontal (229- 600 mm) direction.
Yes, you can use most commercial available saddles. For the Excalibur an easy saddle exchange option is available. Please contact your service coordinator
During Eccentric or negative ergometry you have to resist against a workload produced by a motor instead of an electromagnet, see article prof. Folgering: Effects of positive and negative exercise on ventilatory CO2 sensitivity.
Yes, you can find interface sheets for most common devices on the website at the "interfacing" tab of the product. If your CPET device is not present you can ask us to support you. In most cases we can quickly provide you with a solution.
During heartrate controlled cycling or running, you can determine a maximum heartrate limit. When this limit is reached, the ergometer/treadmill will adjust the workload/speed so the heartrate will stay more or less stable. You can perform a HR controlled test with the standard controller. You can program HR controlled protocols with the controller of the Valiant, Corival, Angio and Excalibur (more heartrate limits in one protocol (per step)), and the LEM (multi control) software module.
Yes, before purchasing, you can order or it can be changed by a service engineer.
Yes the SpO2 results are visible during the rehab session.
The Q factor of a bicycle ergometer is the distance from crank to crank. For the Excalibur the Q factor is simular to a racing bike meaning 147mm (+/- 3 mm).
The Q factor of the other ergometers is a little bit bigger (like a city bike), for the Corival this is 180 mm.
The Q factor of the other ergometers is a little bit bigger (like a city bike), for the Corival this is 180 mm.
The motor turning the pedals backwards is strong. When the patient can't keep up with the target rpm range or moves a foot from one pedal, the motor will continu speeding up de rpm. A supervisor needs to watch when intervention is needed.
Yes, Due to the fact that the scientific research on the spread of Covid-19 is not yet conclusive Lode recommends to disinfect and clean all Lode products and their accessories (cuffs, heart rate belts, SpO2 sensors, handgrips/rails, touchscreens etc) that are in contact with the patient and or the medical personnel with a standard disinfectant as used in the hospital before and after every patient, with attention and care!
Since these agents are sometimes aggressive it might be advisable to check the effect on sensitive surfaces, like cushioning on non-visible areas. Lode will not take responsibility for discoloration due to these agents.
Since these agents are sometimes aggressive it might be advisable to check the effect on sensitive surfaces, like cushioning on non-visible areas. Lode will not take responsibility for discoloration due to these agents.
Part number
- 960905
Brochures
Adjustability Corival
Certificates
CE Certificate Stress Test and Force Measurement Devices
ISO 9001:2015 Certificate
Manufacturers declaration of Conformity 960905
Manuals
M960900 - manual Corival cpet English
M960905 - Manual Corival Eccentric English
M960905 - Manual Corival Eccentric French
Simulators
Simulator of 7 inch display, V1.0.39
Posters
Poster Corival Eccentric English
Poster Cardio Pulmonary English
Poster Corival Eccentric German
Poster Cardio Pulmonary German
Poster Corival Eccentric Spanish
Poster Cardio Pulmonary Spanish
Service
Part number
- 960905
Interfacing protocols
AEI Technologies
BTL
Cardiolex
CareFusion
Carewell
Cognimed
Cortex
Cosmed
Custo Med
Delmar Reynolds
Edan Instruments Inc.
Enverdis GmbH
ET Medical
GE Healthcare
Korr Medical Technologies Inc
Labtech
Med-tronik
Medical Graphics
Medset
Mesa Medizintechnik
Mortara
Neurosoft
Nihon Kohden
Norav
nSpire Health
Parvomedics
Philips Medical
Progetti
Pulse Biomedical, Inc.
Quinton
Schiller
Seiva
Welch Allyn
Programmable Control Unit (945815): how to create a protocol 
Programmable Control Unit (945815): how to set a target 
Lode Corival ergometer 
