Technical Specifications for a Holter Recorder

The HR 100 Holter Recorder is a cardiopulmonary ECG recording device used by health care professionals to record and store ECG patient data electronically. The HR 100 Holter Recorder offers both two- or three-channel recording capabilities. The HR 100 offers between 24 to 48 hours of recording time and an ability to transfer recorded ECG records in real time. The HR 100 Holter Recorder has precise technical specifications for proper storage and operation.

Recorder Dimensions

• The HR 100 Holter Recorder is 3.8 inches in length, 2.2 inches in width and 0.7 inches by 1.4 inches in height. The HR 100 Holter Recorder has a weight of 7 ounces with battery or batteries, and a weight of 10 ounces when the device is attached directly to the patient for recording purposes.

Storage Specifications

• The HR 100 Holter Recorder has two mechanisms for data storage. It uses a 1 gigabyte Secure Digital (SD) card to store 200, 500 or 1000 sps data. The HR 100 can also use Sandisk 256 megabyte (SD) cards for storing 200 sps data. Data can be safely stored for more than five years. For effective data storage, the HR 100 must be maintained in a temperature range from -4 degrees Fahrenheit to 149 degrees Fahrenheit. Humidity levels for proper data storage must not exceed 5 to 95% humidity. Altitude levels for proper data storage must not exceed -500 feet to 50,000 feet. Data will be disrupted due to storage shock if the device suffers more than a 31.5-inch drop on a hard surface.

Operating Specifications

• To ensure accurate device operation, the HR 100 Holter Recorder must be maintained in proper operating conditions. The HR 100 must be operated in a strict environment with a temperature range of 32 degrees Fahrenheit to 113 degrees Fahrenheit. The proper operating humidity must be maintained from 5 to 95% humidity. The proper operating altitude must be maintained between -500 to 15,500 feet. The device may not be dropped more than 2.95 inches while in operation or data loss will occur.