Patient Monitoring Forums

Covering the most common SpO2 cable connectors used in most Healthcare Clinics. With Free Downloadable PDF Cheat Sheet. This information with help you identify which connectors you will need…and hopefully take the guessing game out of your ordering process. 

Sp02 Cable Connector Cheat Sheet Available for download here:
http://pacificmedicalsupply.com/pac-f...

Today we are going to walk you through the most common SpO2 connectors used on patient monitoring equipment.

Nellcor DB9 OxiMax
The DB9 connector is the most common connector for finger sensors. It can be identified by 9 pins and the color Purple

Philips D-Connect
A D-Connect connector by Philips can be identified by 8 pins and the color Blue

Datascope
A Datascope connector by GE can be identified by 8 pins and the color white

GE Ohmeda
A GE Ohmeda can be identified by 10 pins and the color gray

GE Marquette
A Marquette connector has three different styles 
The GE Marquette standard Ohmeda can be identified by 11 pins and the color blue Blue

The GE Marquette with Nellcor OxiMax can be identified by 11 pins and the color blue

The GE Marquette with Masimo can be identified by 11 pins and the color Blue

GE Hypertronics Datex-Ohmeda
The GE Hypertronics Datex-Ohmeda connector can be identified by its 7 pins and the color Black

3M
The 3M connector has four different styles. 
The Nellcor 3M OxiSmart can be identified by its 14 pins and the color Gray
The Nellcor 3M OxiMax can be identified by its 14 pins and the color Purple
The Masimo 3M LNC connector can be identified by its-14 pins and the color White

And the Masimo 3M LNC-20 connector cab be identified by its 20 pins and the color Red

Masimo LNOP
The Masimo LNOP connector can be identified by F-Tab and the color White and Red

Masimo LNCS
The Masimo LNCS connector can be identified by 9 pins and the color gray

To learn more about SpO2 cable connectors, to cross reference, view all our in-stock cables and to download a free SpO2 and Extension Cable Catalog, visit pacificmedicalsupply.com/PacFaq

Covering the most common SpO2 cable connectors used in most Healthcare Clinics. With Free Downloadable PDF Cheat Sheet. This information with help you identify which connectors you will need…and hopefully take the guessing game out of your ordering process. 

Sp02 Cable Connector Cheat Sheet Available for download here:
http://pacificmedicalsupply.com/pac-f...

Today we are going to walk you through the most common SpO2 connectors used on patient monitoring equipment.

Nellcor DB9 OxiMax
The DB9 connector is the most common connector for finger sensors. It can be identified by 9 pins and the color Purple

Philips D-Connect
A D-Connect connector by Philips can be identified by 8 pins and the color Blue

Datascope
A Datascope connector by GE can be identified by 8 pins and the color white

GE Ohmeda
A GE Ohmeda can be identified by 10 pins and the color gray

GE Marquette
A Marquette connector has three different styles 
The GE Marquette standard Ohmeda can be identified by 11 pins and the color blue Blue

The GE Marquette with Nellcor OxiMax can be identified by 11 pins and the color blue

The GE Marquette with Masimo can be identified by 11 pins and the color Blue

GE Hypertronics Datex-Ohmeda
The GE Hypertronics Datex-Ohmeda connector can be identified by its 7 pins and the color Black

3M
The 3M connector has four different styles. 
The Nellcor 3M OxiSmart can be identified by its 14 pins and the color Gray
The Nellcor 3M OxiMax can be identified by its 14 pins and the color Purple
The Masimo 3M LNC connector can be identified by its-14 pins and the color White

And the Masimo 3M LNC-20 connector cab be identified by its 20 pins and the color Red

Masimo LNOP
The Masimo LNOP connector can be identified by F-Tab and the color White and Red

Masimo LNCS
The Masimo LNCS connector can be identified by 9 pins and the color gray

To learn more about SpO2 cable connectors, to cross reference, view all our in-stock cables and to download a free SpO2 and Extension Cable Catalog, visit pacificmedicalsupply.com/PacFaq

Today we are going to show you the most common audible tone patterns to help you identify what your telemetry device is telling you.

Here we have the Single Audible Tone after P.O.S.T. (Power On Self Test)
After powering on the device, the LED’s will flash once and you will hear a Single Audible Tone. Other than any Cosmetic Damage, the PCB's of the device does not need service.

Here we have the Double Audible Tone after P.O.S.T. (Power On Self Test)
After powering on the device, the LED’s will flash once and you will hear a Double Audible Tone. Other than any Cosmetic Damage, Any/All of the PCB's of the device need service.

Here we have the Factory Default Settings Audible Tone
 After powering on the device, the LED’s will flash once and you will hear a Single Audible Tone after P.O.S.T., then a series of synchronized sequence of Flashing LED's and a 2-tone Audible sound.

Here we have the Assigned Device that is Searching for an Access Point Audible Tone. With the device already powered on and after P.O.S.T., a series of synchronized sequence of a 2-tone Audible sound every 2 seconds without any LED flashes. The device will go silent once it has found the Access Point.

To view more PacFaq videos please follow this link: http://pacificmedicalsupply.com/pacfaq/

Today we are going to show you the most common audible tone patterns to help you identify what your telemetry device is telling you.

Here we have the Single Audible Tone after P.O.S.T. (Power On Self Test)
After powering on the device, the LED’s will flash once and you will hear a Single Audible Tone.
Other than any Cosmetic Damage, the PCB's of the device does not need service.

Here we have the Double Audible Tone after P.O.S.T. (Power On Self Test)
After powering on the device, the LED’s will flash once and you will hear a Double Audible Tone.
Other than any Cosmetic Damage, Any/All of the PCB's of the device need service.

Here we have the Factory Default Settings Audible Tone
 After powering on the device, the LED’s will flash once and you will hear a Single Audible Tone after P.O.S.T., then a series of synchronized sequence of Flashing LED's and a 2-tone Audible sound.

Here we have the Assigned Device that is Searching for an Access Point Audible Tone. With the device already powered on and after P.O.S.T., a series of synchronized sequence of a 2-tone Audible sound every 2 seconds without any LED flashes. The device will go silent once it has found the Access Point.

To view more PacFaq videos please follow this link: http://pacificmedicalsupply.com/pacfaq/