Welch Allyn Connex Spot Monitor Installation instructions

Disassembly and Reassembly of
Connex Spot Monitor

What you will need
•Phillips #1 Screwdriver
•Torx-10 Screwdriver
•Connex Spot Monitor Device

Configurations
71ME-*
Place your cursor over each digit to learn more about the model configuration numbering system

Configurations
71ME-*
Model: 7100, 7300, 7400, or 7500
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Configurations
71ME-*
C = Covidien/Nellcor, M = Masimo
W = Welch Allyn/Nonin, X = Blank
Place your cursor over each digit to learn more about the model configuration numbering system

Configurations
71ME-*
E = Braun PRO6000 IR,
T = SureTemp, X = Blank
Place your cursor over each digit to learn more about the model configuration numbering system

Configurations
71ME-*
For power cord country code,
alphanumeric
Place your cursor over each digit to learn more about the model configuration numbering system

Model Parameter
SpO2 Temperature - Power Cord
71 = Value
Series
W = Welch Allyn/Nonin
X = Blank
E = Braun6000
T = SureTemp Plus
X = Blank
- 2 = Europe
4 = U.K.
5 = Switzerland
6 = Australia/New
Zealand
7 = South Africa
A = Danish
B = North America
C = China
G = Argentina
K = South
Korea/Thailand
N = India/UAE
T = Taiwan
Z = Brazil
73 = Bluetooth
C = Covidien/Nellcor
M = Masimo
W = Welch Allyn/Nonin
X = Blank
E = Braun6000
T = SureTemp Plus
X = Blank
(WA/N ONLY)
-
74 = WiFi Ready
C = Covidien/Nellcor
M = Masimo
E = Braun6000
T = SureTemp Plus
X = Blank
-
75 = WiFi
C = Covidien/Nellcor
M = Masimo
W = Welch Allyn/Nonin
E = Braun6000
T = SureTemp Plus
X = Blank
-
Configurations

Locking Connector
ZIF Connector
Friction Connector
Connector Types

Locking Connector
ZIF Connector
Friction Connector
Connector Types

ZIF Connector
Friction Connector
Locking Connector
Connector Types

Locking Connector
ZIF Connector
Friction Connector
Connector Types

Locking Connector
Friction Connector
ZIF Connector
Connector Types

Locking Connector
Friction Connector
ZIF Connector
Connector Types

Locking Connector
ZIF Connector
Friction Connector
Connector Types

Locking Connector
ZIF Connector
Friction Connector
Connector Types

Locking Connector
ZIF Connector
Friction Connector
Connector Types

Locking Connector
Locking (squeeze-release): Locking connectors use a latching
mechanism to prevent accidental disconnection during
assembly and use. The latch is located on one end of a tab so
it may flex and lock into place when coupled with its matching
connector. The tab provides a lever to release the latch. When
disconnecting, squeeze to provide pressure on the tab to
unlatch. Some connectors have multiple latches that require
you to press multiple tabs to release.
To remove a locking connector, squeeze the release lever and
remove the cable.
To connect a locking connector, push the mating pieces
together until the latch locks in place.

ZIF Connectors
ZIF (zero insertion force): The device uses flex cables and ZIF
flex cable connectors. Flex cables and ZIF connectors require
special care when handling. ZIF connectors use a sliding outer
piece that latches and unlatches to secure and release the flex
cable. ZIF cables cannot be successfully connected or
disconnected without properly unlatching and latching the
sliding outer piece.
CAUTION Do not use excessive force when
releasing pressure on the connector. Excessive force
may result in breaking the sliding outer piece.

Friction Connectors
Friction: Friction connectors use a spring mechanism to create
friction between the contacts. To disconnect a friction
connector, grasp the connector on each side of the connection
and pull the connector apart. If mounted on a circuit board, it
may be necessary to hold the part solder to the board while
disconnecting to prevent pulling the connector off the board.
CAUTION Do not use excessive force to
disconnect the connector. Excessive force may result
in pulling the mounted connector off the circuit
board.
To connect a pressure connector, align the two parts and press
them together.