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Super Soft 4*24AWG Silicone Medical Cable with Kevlar Fiber
In the demanding realm of medical applications, where reliability, flexibility, and safety are non - negotiable, the Super Soft 4*24AWG Silicone Medical Cable with Kevlar Fiber emerges as a cutting - edge solution. This cable is meticulously engineered to meet the stringent requirements of medical equipment, offering a unique blend of high - performance features.
## Construction Details
### 1. Section Area
The cable utilizes 24AWG conductors. This specific wire gauge is
well - chosen to balance electrical conductivity and cable size. It
allows for efficient transmission of electrical signals while
maintaining a relatively compact profile, which is crucial for
medical devices where space is often limited.
### 2. Conductor
Tinned copper is employed as the conductor material. Tinning the
copper not only enhances its electrical conductivity but also
provides excellent corrosion resistance. In medical environments,
where cables may be exposed to various cleaning agents and
moisture, this corrosion - resistant property ensures the long -
term reliability of the cable.
### 3. Multi - stranded Construction
The multi - stranded design of the conductors significantly
contributes to the cable's flexibility. Multiple small strands of
copper are bundled together, enabling the cable to bend and flex
easily without the risk of breakage. This is essential for medical
applications where cables may need to be routed through tight
spaces or where they will be subject to repeated movement during
device operation.
### 4. Insulation and Jacket
Both the insulation and the jacket are made of silicone. Silicone
is a highly desirable material in medical applications due to its
numerous advantages. It offers excellent electrical insulation
properties, preventing electrical leakage and ensuring the safety
of the medical equipment and the patients using it. Additionally,
silicone is extremely soft, which gives the cable its
characteristic "super soft" feel. This softness is beneficial as it
reduces the risk of damage to delicate medical components and makes
the cable more comfortable to handle during installation and use.
### 5. Number of Cores
With 4 cores, this cable can support the transmission of multiple
signals or power sources simultaneously. This is highly
advantageous for medical devices that require the integration of
different functions, such as monitoring multiple physiological
parameters or powering different components within the device.
### 6. Reinforcement
The inclusion of Kevlar fiber as a reinforcement material is a key
feature of this cable. Kevlar is a high - strength synthetic fiber
known for its exceptional tensile strength. It provides the cable
with the ability to withstand high levels of pulling and stretching
forces without breaking. This is especially important in medical
applications where cables may be accidentally tugged or pulled
during device movement or patient handling.
### 7. Outer Diameter
The outer diameter of the cable is 2.8mm. This compact size allows
the cable to be easily integrated into medical devices without
taking up excessive space. It also makes the cable more suitable
for applications where a slim profile is required, such as in
wearable medical devices or minimally invasive surgical equipment.
## Electrical and Thermal Ratings
### 1. Rated Voltage
The cable is rated for a voltage of 24V. This makes it suitable for
a wide range of low - voltage medical applications, such as
powering sensors, actuators, and other small - scale electrical
components commonly found in medical devices.
### 2. Rated Temperature
With a rated temperature of 200℃, this cable can operate reliably
in high - temperature environments. In medical settings, there may
be situations where the cable is exposed to heat, such as during
sterilization processes or in proximity to heat - generating
components. The high - temperature rating ensures that the cable's
performance is not compromised under such conditions.
## Key Features
### Kevlar - enhanced Tensile Strength
The Kevlar fiber reinforcement provides the cable with strong
tensile strength. This means the cable can endure significant
pulling forces without breaking, reducing the risk of cable failure
and ensuring the continuous operation of medical equipment.
### Silicone - derived Softness
The use of silicone for insulation and jacket gives the cable its
super - soft texture. This softness not only makes the cable easy
to handle but also minimizes the potential for damage to other
components in the medical device, enhancing the overall safety and
reliability of the system.
In summary, the Super Soft 4*24AWG Silicone Medical Cable with Kevlar Fiber is a state - of - the - art solution for medical applications. Its combination of high - performance construction, electrical and thermal ratings, and unique features make it an ideal choice for ensuring the efficient and reliable operation of medic