Isolated Physiologic Accessories/Replacement Parts
These solid state isolated pressure transducers measure from -50 to +300 mmHg with a 100 mmHg shunt cal resistor. Safety is assured by an isolated sensing mechanism and plastic case. They are defibrillator protected. These transducers are supplied individually with two reusable polycarbonate domes and an interface cable. Select the transducer based on your required size, pressure and equipment to be used. Search for Product in current catalog
• Ideal for measuring pressure from venous through atrial ranges
• Available in P23XL standard or P10EZ miniature size
• For use with:
- Harvard Apparatus Amplifier
- HSE-HA PLUGSYS Modules
- Grass Amplifiers
- Protocol Propac Monitor
- Gould Electronic 6600 and 4600 series of amplifiers
These solid state isolated pressure transducers measure from -50 to +300 mmHg with a 100 mmHg shunt cal resistor. Safety is assured by an isolated sensing mechanism and plastic case. They are defibrillator protected. These transducers are supplied individually with two reusable polycarbonate domes and an interface cable. Select the transducer based on your required size, pressure and equipment to be used.
Transducer interface cables with integral connector are also sold separately. This permits the same transducer to be connected to different equipment. Simply purchase the necessary interface cable based on the equipment you will be using. The cable is 3.7 m (12 ft) long with a mating connector for instrument specified. Replacement reusable polycarbonate domes are available separately. They are supplied individually non-sterile (may be sterilized a limited number of times). Disposable diaphragm domes are also available and are supplied in a box of 12, individually packaged.
Force Displacemen Transducer, 5-hydroxytryptamine is a mediator of 4-aminopyridine induced contractions in porcine and human isolated coronary arteries
Latex Balloon use in finding Benefical Effect of Glucose on Short-Term, Perfusion-Pressure Induced Changes of Contractile Efficiency in Isolated Rabbit Hearts