Product Name: Split 6Pin 5 Leads ECG Monitor Cable Gray Color Latex Free Multi Function
Compatibility:
| Manufacturer | Model |
| Nihon Kohden | BSM 2354A, BSM-2300 Life Scope I, BSM-2301A, BSM-2301K, BSM-230K, BSM-2351A, BSM-4100, BSM-4102, BSM-4102A, BSM-5100 Life Scope A, BSM-6000 series, BSM-6301K, BSM-6501K, BSM-6701K, BSM-9101, BSM-9500 Life Scope S, BSM-9510 Life Scope M, Life Scope J, Life Scope P, Life Scope TR, PVM-2701 |
Characteristics of ECG cables
ECG (electrocardiogram) cable specifications may vary depending on the specific model and manufacturer. Here are some common features of EKG cables:
1. Connector Type: An EKG cable usually has a special connector on one end for connecting the electrodes or leads. Connectors may vary depending on the specific ECG machine or monitor used, such as banana plugs, snap-on connectors, or proprietary connectors.
2. Lead Configuration: ECG cables are designed to accommodate different lead configurations depending on the number of leads required for monitoring or diagnostic purposes. Common lead configurations include 3-lead, 5-lead, 10-lead, or 12-lead ECG cables. Each configuration corresponds to specific electrode placement to capture a different view of the heart's electrical activity.
3. Cable Length: ECG cables are available in a variety of lengths, allowing for flexibility in monitoring the ECG machine or the patient’s relatives. Cable lengths range from a few feet to several meters, allowing for comfortable patient positioning and ease of use.
4. Color Coding: Some EKG cables have color-coded lead wires or connectors to match specific lead placement. This makes it easier for healthcare professionals to correctly identify and connect the leads, reducing the risk of errors during electrode placement.
5. Shielding and Noise Reduction: ECG cables often have shielding and noise reduction features to reduce interference from external power sources and reduce artifacts in the ECG signal. This helps ensure accurate and reliable ECG recordings.
6. Flexibility and durability: The ECG cable is designed to be flexible and not easy to bend or kink during use. They are typically made from high-quality, durable materials that can withstand repeated use and movement without affecting signal quality.
7. Compatibility: EKG cables are usually designed to be compatible with a specific EKG machine or monitor. They are developed to meet the requirements and standards of the corresponding equipment, ensuring correct signal transmission and compatibility.
8. Detachability: Many ECG cables have detachable lead sets that allow for easy lead replacement. This is useful when a specific lead configuration is required or when individual leads need to be replaced due to wear or damage.
It's worth noting that ECG cable specifications may vary depending on the specific make, model, or intended use. It is always recommended that you refer to the product specifications or the manufacturer for detailed information on specific ECG cable characteristics.
