Crono Super PID Ambulatory Syringe Infusion Pump
The Crono Super PID is an ambulatory syringe infusion pump intended for the controlled administration of liquids into the patients. Discreet design provides freedom. Crono Super PID combines high technology with innovative design. Thanks to the small size of the pump, the patient can administer the drug any time during the day without interrupting daily life or leisure activities.
Demonstration Videos
Guidelines, Specifications & User Manuals
The Crono Super PID is an ambulatory syringe infusion pump intended for the controlled administration of liquids into the patients. Crono Super PID combines high technology with innovative design. Thanks to the small size of the pump, the patient can administer the drug any time during the day without interrupting daily life or leisure activities. Crono Super PID has a particular mechanism which pushes directly on the rubber syringe piston, which makes it possible to reach a significant thrust force and high accuracy of administration. For additional information or to requset a quote click equipmentsales.msdistributors.com
SPECIFICATIONS
weight 116 g (battery included).
Battery CR 123A 3V Lithium battery.
Syringes 10 and 20 ml dedicated syringes
with universal “luer-lock ” steps.
Delivery time Programmable from:
-1 h to 99 h with 15 min steps;
-15 min to 1 h with 5 min steps (10
ml syringe);
-30 min to 1 h with 5 min steps (20
ml syringe).
Accuracy +/-2%.
Occlusion pressure 6,0 +/-2 bar.
Data storage Programmable data are automatically stored in the pump’s memory.
The data is not lost even if the battery is removed.
Lock level Locked /unlocked.
Safety circuits Designed to control the regular
working of the pump, alarming in the
event of an anomaly and displaying
alarm messages.
Buzzer sound pressure level 52.3 dBA, 54.5 dBA continuous.
Operating conditions +5°C to +40°C
15% to 93% RH
700 hPa to 1060 hPa.
Storage conditions -25°C to +70°C
Max 93% RH
500 hPa to 1060 hPa.
warm up time in 20° environment 15 minutes
(-25°C to 5°C)
Cool down time in 20° environment 18 minu