Units: EACH
The Graseby 2100 syringe pump provide simple, reliable and easy to use infusions for a range of clinical therapy areas.
The Graseby 2000 range of syringe pumps offer affordable quality from a name you can trust. Recognised in operating theatres, intensive care units and general wards across the world, Graseby infusion pumps have been trusted by healthcare professionals for over 30 years.
The pump delivers medication as a continuous infusion at rate between 0.1ml/h to 1200ml/h depending on the syringe size. If required, a preset volume to be infused (VTBI) may be programmed. The Graseby 2100 pump also features Body Weight programming which enables clinicians to programme using mass units where required.
Easy to use
On-pump syringe loading guidelines to provide support to clinicians at the bedside
4-step programming sequence allows quick and simple programming
Graseby 2100 body weight mode automatically calculates the infusion rate to assist the clinician
Versatile
Wide programmable infusion rate range between 0.1 and 1200ml/h allows the pump to be used across a range of clinical settings providing familiarity and consistency to clinical teams
3 adjustable occlusion pressure settings allow the pumps to be tailored to the specific requirements of the therapeutic care area.
Added Safety
Post occlusion bolus reduction to help reduce the likelihood of over infusion
Wide range of alarms promotes clinician awareness and prompts intervention where necessary
Battery Life - 4 hours at 5ml/h
KVO Rate - 0.5ml/hr (continuous mode, not VTBI)
Infusion Rate - 0.1ml/h to 1200ml/h dependent on syringe size
Volume To Be Infused (VTBI) - 0.1ml to 9999ml
Occlusion Sensing Pressure Levels - Low (L) 300mmHg ± 100mmHg 40.0kPa ± 13.3kPa, Medium (C) 500mmHg ± 100mmHg 66.7kPa ± 13.3kPa, High (H) 800mmHg ± 100mmHg 106.7kPa ± 13.3kP
Drive Accuracy - ±2% (Linear Accuracy)
Weight - 2.1kg (approx, including pole clamp)
Dimensions - 307mm x 133mm x 128mm (not including pole clamp)
Battery Type - Rechargeable 12 V DC Nickel Metal Hydride Ni-MH