Harvard Apparatus Limited
Call Us On 01732 864001 or +44 1732 864001

Email Us

Telephone:
01732 864001

Fax:
01732 863356

Non-UK Residents:

Telephone:
+44 1732 864001

Fax:
+44 1732 863356

 

Starling Principle Ideal Ventilator

Negligible Dead Space, Low Noise and Very Easy to Use

Stroke volumes of 0.25 - 2.5, 1 - 10 and 3 - 30 ml

LED Readout of rate and volume

Audible and Visual Power Fail Alarm with Battery Backup

Audible and Visual Mechanical Failure Alarm

Extremely Quiet

Very Easy to Use

Rate & Stroke can be adjusted whilst in operation

Tidal Volume (ml)



Rate (Breaths P/M)

Port Size (ID) (mm)

Port Size (OD) (mm)

Dimensions (HxWxD) (mm)

Weight (Kg)

0.25 to 2.5
1.0 to 10
3.0 to 30

15 to 200

4.8

6.3

200 x 290 x 310

10.6

The Harvard Apparatus Starling 'Ideal' ventilator features negligible dead space, low noise, low wear and high reliability. The rate is indicated on a LED display or alternatively at the press of a button the stroke/volume may be displayed.

Both the rate and stroke can be changed whilst the ventilator is running. The fine pitch of the stroke control allows the stroke to be accurately set and the actual stroke is clearly displayed on a static pointer scale, not on the side of the piston, or moving scale.

The ventilator has been recently revised and now features a comprehensive alarm system as standard. In the event of a power failure or a mechanical failure the alarm will sound for several minutes and also provide a visual indication.

Three different sizes are available: 0.25 to 2.5 ml, 1.0 to 10 ml and 3.0 to 30 ml. All air drawn into the pump is expelled on each stroke. The negligible dead space feature ensures that the piston reaches the end of the cylinder at the top of every stroke.

The speed of the motor is continuously monitored and regulated to maintain a constant stroke rate. The precision-machined valve assembly has four ports which provide maximum air channelling flexibility. The input may be room air or non-explosive gas mixtures. The exhaust air can be partially or completely recycled, or collected for analysis.

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