PARK LATCH SENSOR by GE Healthcare

Key Highlights

• The PARK LATCH SENSOR by GE Healthcare is designed to accurately indicate when the X-ray tube arm is in the parked position, enhancing operational safety.
• Utilizing a Hall Effect sensor, it activates output upon detection of a magnetic field of at least 160 gauss, ensuring reliable performance.
• Constructed with high-quality components, including resistors and transistors, the sensor assembly is built for durability and longevity in clinical settings.
• Its easy portability allows for seamless integration into various imaging workflows, facilitating efficient use across multiple systems.
• Compatible with a range of digital imaging machines, the sensor enhances the functionality of X-ray systems, contributing to improved diagnostic capabilities.

Compatible Systems & Use Cases

The PARK LATCH SENSOR is compatible with the following models:

• AMX 4
• AMX 4 PLUS

It is also likely applicable in various digital imaging scenarios, including use with systems such as Optima CT660, LOGIQ 500, and other advanced imaging modalities.

Technical Specifications

Parameter	Value
Operating Principle	Hall Effect Sensor
Magnetic Field Activation	≥ 160 Gauss
Output Voltage	≥ 20 VDC
Assembly Components	Resistors, PNP Transistors, Diodes, Hall Effect Switch

Clinical and Service Value

The PARK LATCH SENSOR is an essential component for ensuring the operational safety of X-ray systems. By accurately indicating the parked position of the X-ray tube arm, it minimizes the risk of accidental exposure and enhances workflow efficiency. Its compatibility with multiple digital imaging systems allows hospitals to standardize components across their fleet, simplifying inventory management and procurement processes.

In terms of maintenance, the robust construction of the PARK LATCH SENSOR ensures longevity, reducing the frequency of replacements and associated downtime. The sensor's design allows for easy installation and portability, facilitating quick integration into existing systems. This efficiency not only streamlines clinical workflows but also supports healthcare professionals in delivering timely and effective patient care.

Additional notes

The Park Latch Sensor is used for indicating to the Central Processing Unit (CPU) of the X-ray machine that the X-ray tube arm is in the parked position. When a magnetic field of at least 160 gauss is presented to the surface of the Hall Effect sensor, the output of the sensor sinks the electric current and the output of the board gets activated. The park latch sensor is an assembly that consists of resistors, PNP transistors, semi-conductor diodes, Hall Effect switch, Park sensor, lead wires and other accessories with labels. There are three lead wires connected to the board, one for input supply, one for the grounding and the other for the output. The sensor will be tested with the disk shaped magnet attached to plastic spacer and the magnet can be touched against the sensor with the plastic in between. The voltage across the pull down resistor should be more than 20 VDC when the magnetic field is kept. The sensor is used in the Digital Imaging (DI) machines like AMX 4+, Optima CT660 128-Slice, LOGIQ 500, LightSpeed 5.X Pro 16-Slice, VMX PLUS, Brightspeed 16-Slice, Definium AMX 700, Discovery XR656 G2, Senographe 500T/600T, OEC Stenoscope, Silhouette VR, TelevixMVP, Prodigy Advance Plus Full Size and Infinia II. Additional Features: The assembly is easily portable