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Flow Sensor Calbe For Sle

Name: Flow Sensor Calbe For Sle
Brand: DOSANI HEALTHCARE
Price: 5900 INR
Availability: InStock

Price 5900 INR/ Piece

Get a Price/Quote

MOQ : 1 Piece

Flow Sensor Calbe For Sle Specification

Measurement Range
N/A (Cable only)

Cable Length
Approx. 2 meters

Application
Hospital, ICU, Pediatric Ventilator Systems

Ingress Protection
Moisture Resistant

Sensitivity
Supports High Precision Flow Sensors

Sensor Type
Cable Accessory

Mounting Type
Plug-In Connector

Wireless
No

Signal Type
Analog/Communication Signal

IP Rating
IP22

Housing Material
Medical Grade Plastic

Features
Flexible, Durable, Easy to Clean

Interface
SLE Flow Sensor Connector

Operating Temperature
0C to 50C

Power Consumption
Passive Accessory - No additional power

Response Time
Immediate Data Transfer

Product Type
flow sensor cable

Material
TPU

Input
Flow Sensor Connector

Output
Data Signal for Respiratory Flow

Function
Connects Flow Sensor to SLE Equipment

Usage
Medical Respiratory Monitoring

Accuracy
High Sensitivity Connection

Weight
150 Grams (g)

Warranty
6 MONTHS

Reusable
Yes, with proper cleaning

Handling Precautions
Avoid kinks and excessive bending

Storage Conditions
Store in dry, clean area

Color
Light Blue

Connector Type
Custom SLE Compatible

Packaging
Individually sealed pouch

Compatibility
Fits SLE Respiratory Flow Sensors

Sterilization
Can be wiped or autoclaved as per manufacturer

Flow Sensor Calbe For Sle Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash in Advance (CID)

Delivery Time
7 Days

Main Domestic Market
All India

About Flow Sensor Calbe For Sle

The SLE Compatible Flow Sensor Cable is designed as a replacement accessory for compatible neonatal respiratory equipment. It provides the connection between the flow sensor and the supported ventilator system, allowing the equipment to receive flow-sensor signals. This cable is relevant for routine equipment maintenance and replacement requirements in neonatal intensive care units, hospitals, and specialist respiratory care facilities.

Dosani Healthcare supplies compatible medical equipment cables and accessories for hospitals, biomedical engineers, medical equipment dealers, and healthcare service providers. This product is intended for customers seeking a suitable replacement cable for compatible SLE ventilators. Before purchasing, verify the exact ventilator model, connector configuration, cable length, and part number to ensure correct compatibility. Sharing a photograph of the existing cable and equipment model can help identify the appropriate replacement.

Frequently Asked Questions

Q1. What is an SLE Flow Sensor Cable used for?

It connects a compatible flow sensor to a supported SLE ventilator system for signal transmission.

Q2. Is this cable compatible with all SLE ventilators?

No. Compatibility depends on the ventilator model, connector type, and required part number.

Q3. Can this cable be used as a replacement?

Yes, if the cable meets the required specifications for the specific equipment.

Q4. Who can purchase this product?

Hospitals, NICUs, biomedical engineers, medical equipment maintenance providers, and medical accessories distributors.

Q5. How can I confirm the correct cable?

Provide the SLE ventilator model number, existing cable part number, and clear connector photographs.

Custom Compatibility with SLE Equipment

This flow sensor cable is engineered for seamless integration with SLE respiratory flow sensors and medical ventilator systems. Its custom SLE-compatible connector ensures a secure, high fidelity connection for accurate data transmission, essential for patient monitoring in clinical environments.

Built for Safety and Longevity

Manufactured from medical-grade TPU and plastic, the cable is moisture-resistant (IP22 rated), supporting repeated sterilization via wiping or autoclaving, depending on manufacturer guidance. The reusable design and individual pouch packaging improve infection control and device longevity in busy healthcare settings.

Effortless Usage and Maintenance

Flexible, durable, and easy to handle, the cable measures approximately 2 meters for versatile use in hospital rooms, ICUs, and pediatric wards. Follow proper handling procedures to maintain cable performance-avoid sharp bends or kinks and store in a clean, dry area for optimal results.

FAQ's of Flow Sensor Calbe For Sle:

Q: How do I properly clean and sterilize the Flow Sensor Cable for SLE?

A: To clean the cable, either wipe it down with an appropriate disinfectant or autoclave it following the manufacturer's specific instructions. Ensure the cable is dried thoroughly before next use to maintain its moisture resistance (IP22 rating).

Q: What is the recommended process for connecting this cable to SLE equipment?

A: Simply plug the custom SLE-compatible connector into the designated SLE respiratory flow sensor port. Ensure a secure fit without forcing the connector or bending the cable excessively to preserve long-term performance.

Q: When should the Flow Sensor Cable be replaced or serviced?

A: Replace the cable if it shows signs of wear, physical damage, or reduced signal accuracy. With proper cleaning and handling, the product carries a 6-month warranty, indicating optimal performance under typical hospital usage.

Q: Where can this cable be used within a medical facility?

A: The cable is suitable for use in hospitals, intensive care units, and pediatric ventilator systems where precise respiratory flow monitoring is essential. Its flexible length supports a variety of bedside setups.

Q: What precautions should be observed during handling and storage?

A: Avoid kinking, excessive bending, or placing heavy objects on the cable. Store the product in a clean, dry area within its individually sealed pouch when not in use to preserve its function and sterility.

Q: How does this cable benefit medical professionals during respiratory monitoring?

A: By supporting high precision data transfer with immediate response, the cable ensures reliable respiratory monitoring, reducing downtime and enhancing patient safety during critical care situations.

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