1.Connection diversity
2.flexibility
3.reliability
4.Standardization and customization
5.Protection
6.Easy to install and maintain
7.Conquest in safety standards
8.Transmission performance
1.Connection diversity
2.flexibility
3.reliability
4.Standardization and customization
5.Protection
6.Easy to install and maintain
7.Conquest in safety standards
8.Transmission performance
*Easy to use:Cable integrated design,easy to plug and unplug
*Comfortable to wear:The lightweight electrode wire,reducing foreign body
sensation on the head
*Scientific design:according the 10-20 system to customize the each electrode wire length
*Adapter cable:Suitable for all EEG instruments.
EEG (EMG) lead wire
【 Main structure】
Composed of instrument plug, signal wire (shielded and unshielded), metal electrode parts (metal pin, disk, clip, button).
【 Product performance】
1. Applied 10Hz sine wave and not exceed 100μA (p-p) current to electrode pair, The AC impedance of the electrode pair does not exceed 3kΩ.
2. After 1 min stable period, the DC offset voltage of the electrode pair is not more than 30mV.
3. The DC impedance at both ends of the wire is 0.5Ω-2.5Ω (for 1.5 m, when the length of the wire increases, the corresponding resistance increase should not exceed 1Ω/m).
【 Application】
Used with a variety of EEG, EEG Sleep monitors, EEG analyzers, and EMG analysis systems to acquiring and transmit human bioelectric signals.
【 Contraindications】
It is forbidden to use this product if the skin has trauma or has not healed by surgical operation.
【 Attention and warning】
1.Choose the appropriate lead wire according to your needs.
2.Do not use in the presence of flammable anesthetic gas mixed with air or flammable anesthetic gas mixed with oxygen or nitrous oxide.
【 Instructions】
1.Clean the electrode position skin of the patient;
2.Connect the lead wires
* Model GC、Model SC、Model SCC、Model SSC、Model ABS、Model EC:
Apply conductive paste to the electrode and fix it at the signal acquisition place, and connect it to the relevant testing instrument through a connecting wire;* Model AC:
Clamp the product on the electrode to be connected, and connect the other end to the relevant testing instrument;
* Model L、Model A:
Connect one end of the product to needs to be extended or transferred port, and the other end to the relevant testing instrument;
* Model BE:
After soaking the product in nomorl saline, fix it at the signal acquisition place, and connect it to the relevant testing instrument through the connection wire;
3.Start recording;
4.After the recording is completed, remove the lead wire and help the patient remove the paste from the skin;
5.Clean the electrode with water and dry it for later use.
【 Product transportation】
The product should be protected from squeezing, rainwater, and high temperature heat during transportation.
【 Product maintenance】
The product is cleaned regularly with water. Dry in the shade in a ventilated place. Avoid squeezing.
【 Storage】
Store in a temperature of -10℃~+40℃, relative humidity ≤80%, no corrosive gas, and good ventilation.
【 Validity period】3 years
【 Production Date】Refer packaging
【 Production lot】Refer packaging
【 Company】
Name:Qingdao Tenocom Medical Technology CO.,LTD
Address:Room 211,Floor 2,No.917 Weihe Road,Huangdao,Qingdao,Shandong Province,China
Tel:0086-532-8695-9323
【 Manufacturer】
Name:Qingdao Tenocom Medical Technology CO.,LTD
Address:Room 211,Floor 2,No.917 Weihe Road,Huangdao,Qingdao,Shandong Province,China
Production address:Room 209,Floor 2,No.917 Weihe Road,Huangdao,Qingdao,Shandong Province,China
Tel:0086-532-8695-9323
【 Product service】Qingdao Tenocom Medical Technology CO.,LTD
Electrode harnesses and adapter cables are typically used in electronic devices or mechanical systems. Electrode harness refers to a set of wires or cables that connect electrodes or sensors to other components or systems. These electrodes are typically used for transmitting signals or electricity. The adapter cable is used to connect cables between devices or components of different types or interfaces. They can transmit signals, power, or data from one device to another, usually requiring conversion or adaptation.
Electrode harnesses and adapter cables are widely used in various industries, such as medical equipment, industrial automation, and automotive manufacturing. In medical equipment, electrode harnesses are commonly used to connect heart monitoring instruments or EEG machines. And adapter cables may be used to connect devices of different models, or to connect devices to data collection systems.
Their design and manufacturing need to consider many factors, such as transmission rate, signal fidelity, durability, environmental adaptability, etc