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Pacing Accessories

Medtronic™ rotatable connector 5944RL

Medtronic rotatable connector 5944RL provides continuous signal monitoring for SelectSecure™ MRI SureScan™ Model 3830 procedures.

Description

Streamline the Medtronic 3830 procedure experience.

The Medtronic rotatable connector 5944RL is a single-use specialty tool designed to drive procedural efficiencies and guide implant success during Medtronic CSP procedures. 

Features

Compatible with the SelectSecure™ MRI SureScan™ Model 3830 lead, the first and only lead CE approved for His bundle pacing and left bundle branch area pacing.

Intended to guide implant success and drive procedure efficiencies with a single point of connection:

  • Designed to help achieve target implant location through continuous visualization of ECGs, impedance and 12-lead morphology.
  • Eliminates the need to switch between signal monitoring and lead deployment.
  • Provide the benefits of a more streamlined and user-friendly procedure.

The rotatable connector is intended to be used with the following Medtronic products:

  • Cardiovascular stimulating instruments
  • IS–1 leads
  • IS–4/DF–4 leads

This device consists of a pair of connection cables, which includes:

  1. Cathode cable (black wire)
  2. Anode cable (red wire)
  3. A pair of shrouded pin adaptors
Medtronic Rotatable Connector features

Specifications

Physical characteristics

Physical characteristics

Value

 
 Length 3.66 m
Pacing lead connector compatibility IS-1, DF-4, IS-4
Connection mode Unipolar, bipolar
Instrument end connector 2 mm shroud pins
(exposed adaptors provided)
Patient end connector Rotatable connector (cathode) and alligator clip (anode)
Rotatable connector weight 4.5 ± 0.1 g 

Electrical characteristics

Electrical characteristics

Value

 
Cathode cable resistance 0.74 ± 0.14 Ω
Anode cable resistance 0.71 ± 0.05 Ω

Frequently asked questions

Expand All

What are the differences/advantages between 5944RL and alligator clips? Do you have any clinical data to support?

The 5944RL rotatable connector provides a single connection and enables continuous signal monitoring (including EGMs, impedance, COI/Current of Injury), continuous lead deployment and an overall streamlined procedure.

The core performances (mechanical integrity, static impedance and insulation) of 5944RL were tested and proved to be equivalent to the legacy. The unique features of 5944RL (rotational impedance and signal quality under rotation) were also evaluated and proved to meet the clinical use needs.

Which pacing leads can be compatible with 5944RL? Is it only adaptive to Medtronic’s product?

Will 5944RL affect the signal transmission quality?

Could 5944RL be used in temporary pacing?

Can I re-use/re-sterilize it? What is the impact of re-use/re-sterilize to the patient?

How do I connect the red cable and the black cable with the devices? What should I do if connect them reversed?

When should I use the yellow adapter?

How to ensure the connection on both ends of the cables is successful and in place?

What is the distance between the pacing lead and the device?

Which part should be rotated? The pacing leads? Rotatable connector cap or body?

What should I do if the signal is not stable when rotating?

Will the rotatable connector detach when rotating normally?

What should I do when the rotatable connector or alligator clip is accidentally pulled out?

Will the signal quality be affected if the rotatable connector encounters patient blood?

Is there a limit to the number of times the rotatable connector can be inserted and retracted?

Will there be any damage to the pacing lead pin?

Order Information

Item number

Value

 
5944RL Medtronic rotatable connector — for use with cardiovascular stimulating instruments, IS-1 leads, and IS-4/DF-4 lead

Resources

References

1

SelectSecure™ 3830 Left bundle branch area pacing safety and efficacy utilizing RWE. Medtronic data on file.

2

Riley WF, Zachary LW. Introduction to Mechanics of Materials. Hoboken, NJ: Wiley; 1989.

3

Zou J, Chen K, Liu X, et al. Clinical use conditions of lead deployment and simulated lead fracture rate in left bundle branch area pacing. J Cardiovasc Electrophysiol. 2023;34(3):718–725. doi: 10.1111/jce.15843.