- Condition: Factory New
- Weight: 0.94 lb
- Disposable ECG Leadwire, 5 Leads Pinch/Grabber, 10/bx, Philips Compatible w/ OEM: DLP-05BK-40AS-0100, 989803173131, DLP-05BK-40AS-0100, 989803173131 (Freight Terms are Prepaid & Added to Invoice - Contact Vendor for Specifics)
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Learn more:
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Purchasing Restriction: Medical license or prescription required
- MFR: Cables and Sensors Ships from Manufacturer
- MPN: LPA5-90DP0
- Phone: (866) 373-6767
Frequently asked questions
Are these leadwires compatible with Philips equipment?
Yes, these ECG leadwires are specifically designed for Philips compatibility, ensuring seamless integration with your existing Philips ECG equipment.
Are these leadwires single-use?
These leadwires are designed for single-patient use only. This disposable design helps to significantly reduce the risk of cross-contamination.
What type of connector do they have?
These leadwires come with a grabber connector type, ensuring secure and reliable connectivity during ECG monitoring.
How many leadwires are in each case?
Each case contains 10 disposable ECG leadwires, with each leadwire featuring 5 leads.
Do these save time on cleaning?
The disposable design of these leadwires is a key benefit as it eliminates the need for cleaning and sterilization, saving valuable time and reducing the risk of cross-contamination.
How many leads does each wire have?
Each leadwire is equipped with 5 leads for comprehensive ECG monitoring.
Are these leadwires brand new?
These leadwires are factory new, ensuring you receive a pristine and reliable product.
Where can these leadwires be used?
These disposable leadwires are ideal for use in various healthcare settings, including hospitals, clinics, and other facilities where ECG monitoring is regularly performed.
What is their intended use?
These leadwires are specifically intended for ECG monitoring applications.
Are these leadwires secure?
Yes, these leadwires feature grabber connectors (also known as pinch connectors) which are designed to facilitate easy and secure connections to electrodes, ensuring reliability during use.