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Ultra low power with 1uA sleep current#
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>10M Range – typically <100mS latency
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Simple push button pairing procedure with LED indication
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LED indication of battery status
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Choice of 15 or 60 minutes timeout for further battery onservation
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Auto wake from sleep/re-connect on press of the pedal
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Available as a wireless switch technology across a wide selection of Herga’s popular medical application footswitch models
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Externally accessible battery compartment
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Runs on commercially available Alkaline cells
6210 Medically Approved Bluetooth Footswitch: A Comprehensive Guide
Introduction
In modern medical environments, efficiency and hygiene are critical. Traditional wired footswitches pose limitations, including cable clutter and restricted mobility. The 6210 Medically Approved Bluetooth Footswitch, developed by Herga Technology Ltd, offers a wireless solution with medical certification, ensuring safe, reliable, and hands-free control in various medical applications.
The Need for a Medical-Grade Bluetooth Footswitch
Medical procedures often require hands-free operation to ensure sterility and ease of use. A wireless footswitch eliminates physical constraints and enhances safety, particularly in:
- Surgical environments – for controlling medical devices without touching them.
- Dental procedures – for operating tools while keeping hands sterile.
- Diagnostic equipment – allowing radiologists and technicians to control imaging systems remotely.
- Rehabilitation and physiotherapy – enabling hands-free operation of therapy equipment.
By leveraging Bluetooth technology, the 6210 footswitch ensures minimal latency, secure operation, and energy-efficient performance, making it ideal for medical applications.
Key Features of the 6210 Bluetooth Footswitch
1. Wireless and Secure Connectivity
- Operates on a Personal Area Network (PAN), ensuring a private and interference-free connection.
- Supports up to two transmitters, offering flexibility in multi-user setups.
- Range of 10–15 meters (line of sight).
2. Energy Efficiency
- Ultra-low power consumption, with 1µA sleep current.
- Automatic wake-up when the pedal is pressed.
- Configurable timeout (15 or 60 minutes) to conserve battery.
- Runs on commercially available AAA alkaline batteries.
3. Latency and Responsiveness
- Selectable latency options:
- <200ms at 10m for standard operation.
- <100ms at 10m for faster response.
4. Medical Certification & Compliance
- UL 60601-1 medical approval.
- IPx7-rated battery compartment for protection against water ingress.
- Compliant with international standards, including ETSI RED (Europe), FCC (USA), and IC (Canada).
5. User-Friendly Design
- Simple push-button pairing with LED indications for status updates.
- Externally accessible battery compartment for quick replacement.
- Compact and ergonomic design for medical environments.
Comparison of 6210 Models
6210 Standard vs. Redundant Function
| Feature | 6210 Standard | 6210 Redundant Function |
|---|---|---|
| Approval | UL 60601-1 | UL 60601-1 |
| Power Consumption | Ultra-low power (1µA sleep) | Ultra-low power (1µA sleep) |
| Latency Options | <200ms or <100ms | <200ms or <100ms |
| Range | 10–15m | 10–15m |
| Battery Type | 2x AAA Alkaline | 2x AAA Alkaline |
| Waterproofing | IPx7 battery compartment | IPx7 battery compartment |
| Redundant Function | No | Yes (Double Pole N/O, Extra Micro Switch for Redundancy) |
| Use Case | Standard medical footswitch | Critical medical applications requiring redundancy |
Advantages of the Redundant Model
- Includes an extra micro switch for redundancy, improving reliability.
- Ideal for critical medical procedures where a backup switch is necessary.
- Fitted with a latching guard for extra safety.
Installation & Setup
Pairing the Footswitch (Pedal Transmitter)
- Ensure the receiver is powered on (5-24V DC input).
- Press the pairing button on the receiver.
- Press and hold the pedal for a few seconds until the LED blinks, confirming pairing.
- Check the LED status for connection confirmation.
Battery Replacement
- Open the IPx7 battery compartment to replace the 2x AAA alkaline batteries.
- Ensure correct polarity to prevent malfunctions.
Selecting Timeout and Latency Settings
- Timeout options (15 or 60 minutes) can be configured using the appropriate selector switch.
- Latency settings (<200ms or <100ms) can be adjusted depending on the required responsiveness.
Conclusion
The 6210 Medically Approved Bluetooth Footswitch is an advanced, wireless foot pedal designed for medical-grade applications. It offers secure, low-latency communication, energy-efficient performance, and user-friendly operation, making it ideal for surgical, diagnostic, and therapeutic environments.
The 6210 model further enhances reliability with redundant switching for critical applications. With global approvals and medical compliance, this footswitch is a versatile and indispensable tool in modern healthcare settings.