SA103 Small Animal Running Wheel System Introduction: The running wheel system is a flexible equipment suitable for small animal experiments, and is a valuable instrument for animal physiological rhythm, feeding, drug or pharmaceutical experimental research. Autonomous running wheels are driven to rotate by the spontaneous movement of animals themselves. In this configuration, the long-term activity information of the animals in the cage, such as the direction of wheel rotation, number of revolutions, cumulative total travel, etc., can be recorded using magnetic switches and intelligent length meters, or obtained through magnetic switches and data acquisition systems. Technical parameters: 1. 7-inch true color touch screen, resolution: 800 × 480 2. Number of channels: 1-24 channels 3. Test time: 1~9000min 4. Automatic printing time: 0~240min 5. Timed start: 0-23h 6. Mode: divided into two modes: circle counting and meter counting 7. Test parameters: Real time display of test time, forward and reverse travel distance, activity time, average speed 8. Data browsing and printing: The system automatically saves 200 sets of experimental data, and experimenters can browse any experimental data while providing printing and uploading to the computer, making it convenient for users to process the data later 9. Host size: length, width, height: 350 × 300 × 145mm, weight: 4.8kg 10. Activity box dimensions: length, width, and height: 380 × 250 × 170mm, turntable diameter × width: 260 × 60mm 11. Power input: AC220V 50/60HZ， Power: 25W 12. Rat wheel diameter 30cm, mouse wheel diameter 20cm
Introduction: The running wheel system is a flexible equipment suitable for small animal experiments, and is a valuable instrument for animal physiological rhythm, feeding, drug or pharmaceutical experimental research. Autonomous running wheels are driven to rotate by the spontaneous movement of animals themselves. In this configuration, the long-term activity information of the animals in the cage, such as the direction of wheel rotation, number of revolutions, cumulative total travel, etc., can be recorded using magnetic switches and intelligent length meters, or obtained through magnetic switches and data acquisition systems.
