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Online Catalogue |  Dopplers |  Vascular Dopplers |  UltraTec PD1vF-8Mhz PD1v Flat Probe Vascular Doppler with 8Mhz Probe

UltraTec PD1vF-8Mhz PD1v Flat Probe Vascular Doppler with 8Mhz Probe UltraTec PD1v Flat Probe Vascular Doppler with 8Mhz Probe Includes 8MHz flat monitoring probe, headphone output, soft carry bag, gel and battery. The UltraTec PD1v flat is a small, lightweight, high sensitivity, specialist pocket Doppler. Its flat vascular probes are ideal for taping in position for long term monitoring or for use by a vascular specialist for routine vascular examinations. Vascular flow signals are easily located using the narrow beam high sensitivity flat probe while internal signal processing minimises the noise artefacts. The flow signal is available to the user via the built in loudspeaker or optional headset with output level controlled by rotary volume control. A chart recorder output is provided for the printing of non-directional waveforms. The unit is powered by a standard 9V battery which provides over 9 hours of use. The PD1v meets all current EEC standards for medical equipment. Features: * Light weight unit and probe * High sensitivity flat probe * Easy clean unit and probe * Velocity output processing * 1mV/V recorder output * High quality surface mount electronics for high reliability Technical Specifications: Ultrasound Frequency 5 or 8 MHz continuous wave (at purchase) Transducer 2 crystal narrow beam Power Output <10mW/cm² SATA Audio Response 300Hz - 4 KHz Velocity processing 300Hz to 7KHz Unit Controls Keys 1 Key (for unit on / off.) Controls Rotary volume Indicators Battery Low LED Power Supply Battery MN1604 (PP3) 9V Alkaline Manganese Expected battery life >9 hours of use Connectors Headset Audio output to optional headset. Recorder 1mV/V waveform output Enclosure Material ABS/ Noryl Size 150mm by 75mm Weight Less than 295g Safety Classification Class 1 Type B - IEC 60601-1 Code: PD1VF-8MHZ

Online Catalogue |  Dopplers |  Vascular Dopplers |  UltraTec PD1vF-8Mhz PD1v Flat Probe Vascular Doppler with 8Mhz Probe