MK-670 is used to assess the effect of drugs, brain damage, diseases on motor-coordination or fatigue resistance. Both rats and mice can be tested. Rod is divided into five (5) sections and each section can be used independently. Keypad and all the switches and indicators are located on the inclined front panel. The revolving speed can be set for the range of 1 - 20 RPM by 1 RPM steps. When animals stop running and fall off the rod onto the plates, the counting stops and staying time on the rod is displayed on LCD. Falling is detected by photo-beam.
The RS-232C interface is provided on
the rear panel of the main unit. Using the attached Data Collection Software
(Windows Version) the data obtained can be exported to a
personal computer and saved as a CSV file.
In addition to the conventional constant speed mode (MODE A),
the 2 acceleration modes ( MODE
B and C ) and the programming mode (
MODE D ) are included in
the standard system.
Main Features
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Each counter gets started or reset independently.
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The revolving speed can be set for the range of 1 - 20 rpm by 1 rpm steps.
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Constant or accelerated speed mode can be selected by the key.
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Speed and acceleration rate are programmable.
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Cleaning work is very easy, since plastic trays are provided with each division for excrements.
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DCS-670 Data Collection Software comes supplied with the system.
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Printer is available as optional extra in two types ----- Thermal and Dot-Impact. When printer is connected, test results will be printed out at the same time when animals fall.
SPECIFICATIONS
| MAIN UNIT | |
| Revolving Speed | 1 - 20 rpm
(1 rpm steps) Can be preset with the keyboard of the printer and displayed on LCD |
| Rod Diameter | Rat : 90 mm Mouse : 30 mm |
| Material of Rota | Polyvinyl Chloride |
| Flange to Flange Distance | 80 mm |
| Display | Date, Time, Revolving Speed, Cut-Off Time, Lapse Time of Each Channel (3 digit, by second) |
| RS232C Interface | Baud Rate : 9600 bps Connector : D-sub 9P male |
| Power | AC 85-130V 50 or 60 Hz |
| Dimension | 650W x 420D x 500 mm H |
| Weight | Approx. 18 kg |
| MODE A | ||||||||||
MODE A is the constant speed mode.
(1 - 20 rpm
by 1 rpm steps)
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| LCD | Time elapsed in each lane, Number of revolution | |||||||||
| Outputs | Date, Mode, Test Number, Number of Revolution, Cutoff Time, Start and End Time in Each Lane, Staying Time on Rod | |||||||||
| MODE B | ||||||||||
MODE B is the acceleration mode
I.
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| LCD | Time elapsed in each lane, Operation mode | |||||||||
| Outputs | Date, Mode, Test Number, Number of Revolution to Reach finally, Accelerating Time, Start and End Time in Each Lane, Staying Time on Rod, Number of Revolution when animals fell | |||||||||
Example : Number of revolution to reach finally and accelerating time are 40 rpm and 60 sec, respectively The rotor starts acceleration so that it will reach 40 rpm in a period of 60 seconds. When it reaches 40 rpm, it keeps the speed of 40 rpm. In this case number of revolution will reach 10 rpm in a period of 15 seconds and 20 rpm in 30 seconds. | ||||||||||
| MODE C | ||||||||||
| MODE C is the acceleration mode
II.
Select number of revolution to reach finally and
accelerating time from the list. (45 combination is
available)
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| LCD | Time elapsed in each lane, Operation mode | |||||||||
| Outputs | Date, Mode, Test Number, Number of Revolution to Reach finally, Accelerating Time, Start and End Time of Each Lane, Staying Time on Rod, Number of Revolution when animals fall | |||||||||
O: Measurement starts at the speed of 1/10th of the number of revolution
to reach finally. Example : Number of revolution to reach finally and accelerating time are 40 rpm and 60 sec, respectively The rotor starts acceleration when the rotor is revolving at the speed of 4 rpm so that it will reach 40 rpm in a period of 60 seconds. When it reaches 40 rpm, it keeps the speed of 40 rpm. In this case number of revolution will reach 13 rpm in 15 sec and 22 rpm in 30 sec. | ||||||||||
Difference between MODE B & MODE C No. of revolution at the start of measurement Pattern MODE B 0 (Complete stop) 75 MODE C 1/10 of number of revolution to reach finally 45
| MODE D | ||||||||||||
MODE D is the programming
mode.
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| LCD | Time elapsed in each lane, Operation mode | |||||||||||
| Outputs | Date, Mode, Test Number, Programmed Contents, Start and End Time in Each Lane, Staying Time on Rod, Number of Revolution at the step executed when animals fall | |||||||||||
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The Standard System Includes: | |
| MK-670 Main Unit | 1 |
| Rota for Rat | 5 |
| DCS-670 Data Collection Software (Windows Version) | 1 |
| RS232C Communication Cable ( 1.5 m ) | 1 |
| Dust Cover | 1 |


Left: Used for Mice Right: Used for Rats
NOTE: MK-610A Rota-Rod Treadmill for Mice and MK-630B Single-Lane Rota-Rod Treadmill for Rat & Mouse are also available.
Specifications are subject to change without notice.



