Pall Athalon CM User manual

www.pall.com
Athalon®CM
USER MANUAL

The Athalon®CM Platform Modular
Filter Network is comprised of three
main components and a portfolio of
process sensors. The modular design
allows the end user maximum exibility
to efciently integrate Athalon®CM into
their equipment arrangement without
the expense of redundant components.
Pall Corporation is supplying a turn-key
solution to monitor the health of the
uid within industrial systems. The plug
and play nature of the platform enables
an advanced uid and lter condition
monitoring system to be brought on-line
with minimal effort and lowest total cost.
Use of this Manual -
Warnings, Certications, and Notes
about the manual and hardware.
This service manual is provided to serve as the
installation, operation and maintenance guide for
the equipment supplied in accordance with the
details given in the customer’s purchase order.
The contents should be read before attempting any
phase of installation, operation and maintenance.
The equipment and any optional items are packed
individually for assembly by the customer. Unpack
carefully and check all items against the invoice.
This equipment has been tested and quality
controlled in accordance with ‘Pall’ standard
procedures and also in accordance with the tests
specied in the contract when required. However,
the equipment as shipped may have been opened
or disassembled for draining, cleaning, etc., after
testing. The customer should satisfy himself that
no nuts, bolts, anges, pipes closures or any other
components have worked loose during shipment;
these should be tightened wherever necessary.
A nameplate has been permanently attached to the
equipment. When requesting information, service or
spare parts, please refer to the information given on
this plate.
It is the user’s responsibility to check actual
operating conditions to ensure that the lter
elements, cartridges, vessel and sealing materials
are compatible with the application and are within
local safety codes. Pall reserve the right to modify
the contents of this service manual
without notication.
Athalon®CM User Manual
Contents PAGE
Section 1 - Athalon®CM Hardware 6
Athalon®CM hardware and its technical specications.
Section 2 - Sensors 12
Sensors used with the Athalon®CM
hardware and their technical specications.
Section 3 - Athalon®CM Housings 16
Filter Housings supported by Athalon®CM installation
and technical specications for each.
Section 4 - Installation 18
Installation of the Athalon®CM hardware.
Section 5 - Setup 20
Initial setup of the Athalon®CM hardware.
Section 6 - Disposal of Equipment 21
Proper method to dispose of the hardware.
Section 7 - Troubleshooting 21
Where to get support and nd more information
about the use of the Athalon®CM System.
Section 8 - Appendix 23
References for various components of the
Athalon®CM hardware.

Trademarks & Intellectual Property
Pall and are trademarks of Pall Corporation.
Filtration. Separation. Solution. is a trademark of
Pall Corporation.
Copyright
The design of this equipment and all associated
documentation is copyright of Pall Corporation, 2018.
Reprints, even of extracts hereof, are permitted only if the
source is quoted and permission has been granted by Pall.
The main components, devices, arrangements, as well as
software, control and instrumentation equipment on all of
our machines are protected both at home and abroad by
patent applications, design registrations or copyright.
© Copyright
Pall Corporation
25 Harbor Park Drive
Port Washington, NY 11050
Connecting Utilities
To ensure the safe and efcient operation
of the equipment and adherence to
existing laws and regulations, only qualied
personnel should make utility connections.
Pall Corporation is not responsible for and
equipment warranties may be voided from
any damage or personal injury caused by
unqualied personnel performing utility
connections and/or installations.
Certications & Statements
FCC Statement
The Wi-Fi Gateway, Fluid Interface, and
Filter Housing comply with Part 15 of the
FCC Rules. Operation is subject to the
following two conditions: (1) these devices
may not cause harmful interference, and (2)
these devices must accept any interference
received, including interference that may
cause undesired operation.
These devices do not contain any user-
serviceable parts. Changes or modications
not expressly approved by Pall Corporation
could void the user’s authority to operate
the equipment.
Note: This equipment has been tested and
found to comply with the limits for a Class
A digital device, pursuant to part 15 of
the FCC Rules. These limits are designed
to provide reasonable protection against
harmful interference when the equipment
is operated in a commercial environment.
This equipment generates, uses, and can
radiate radio frequency (RF) energy and, if
not installed and used in accordance with
the instruction manual, may cause harmful
interference to radio communications.
Operation of this equipment in a residential
area is likely to cause harmful interference
in which case the user will be required to
correct the interference at his own expense.
These devices use RF energy to
communicate. To reduce RF Exposure,
these devices must be installed in a manner
to ensure at least 20cm separation is
maintained between the device antenna
and the body of the user or nearby people.
ISED (Canada) Notice
These devices comply with Industry
Canada’s license-exempt RSSs. Operation
is subject to the following two conditions:
(1) these devices may not cause harmful
interference, and (2) these devices must
accept any interference received, including
interference that may cause undesired
operation.
CE (Europe) Notice
Hereby, Pall Corporation declares that
these devices are in compliance with the
essential requirements and other relevant
provisions of Directive 2014/53/EU.
UL Certication Statement:
Underwriters Laboratories has tested and
evaluated the Athalon®CM Gateway, Fluid
Interface and Filter Node(s) as Control and
Measuring Equipment and has issued a
Certicate of Compliance to:
•UL 61010-1, 3rd Edition, May 11, 2012,
revised April 29, 2016
•CAN/CSA-C22.2 No. 61010-1-12,
3rd Edition, revision dated April 2016
Reference Certicate No. 2017-8-25-
E479541 and Report E479541-D1000-1/
A0/C0-UL date 25 August 2017.
Athalon®CM User Manual
To ensure the safety of personnel during the
installation and operation of the Athalon®CM
system, the following symbols will help
identify important information regarding the
equipment.
WARNING:
These are instructions that draw
attention to the risk of injury or
death!
CAUTION:
These are instructions that draw
attention to the risk of damage
to the product, the process, the
equipment or the surroundings!
IMPORTANT:
These are instructions that draw
attention to information that will
aid installation, operation or
maintenance!
WARNING - ELECTRICAL HAZARD:
These are instructions that draw
attention to any potential
electrical hazards that could injure
personnel, the process or the
equipment!
Terms of Guarantee
The manufacturer is not liable for damage resulting
from: improper use, failure to observe this manual,
the employment of insufciently qualied personnel,
or unauthorised modications to the unit and unit
components supplied by Pall. In these cases the
manufacturer’s warranty / guarantee is rendered void.
CAUTION - IMPAIRMENT OF CORRECT
UNIT OPERATION WHEN USING
INCORRECT SPARE PARTS!
When using components that have not been approved,
correct operation of the unit can no longer be guaranteed.
Only use spare parts approved by Pall.
STOP
ENSURE THERE IS ADEQUATE
LIGHTING TO OPERATE EQUIPMENT.
OBSERVE LOCAL REGULATIONS FOR
FACTORY USE.
HEALTH AND SAFETY.
OBSERVE CAUTION WHEN HANDLING
FLUIDS AND PAY ATTENTION TO
INSTRUCTIONS OF SAFE USE IN THE
MATERIAL SAFETY DATA SHEET
AND COSHH REGULATIONS. WEAR
PROTECTIVE CLOTHING IF
PRESCRIBED; E.G. SAFETY GLOVES,
CLOTHING AND FOOTWEAR.
STOP
BE AWARE OF POSSIBLE DANGER
ASSOCIATED WITH HIGH OIL
TEMPERATURES AND EXPOSED METAL
SURFACES OF THE ATHALON®CM
HARDWARE.
STOP
DO NOT USE THE ATHALON®CM
HARDWARE IN AN EXPLOSIVE
ATMOSPHERE.
STOP
WARNING - ELECTRICAL HAZARD

Athalon®CM User Manual Section 1 - Athalon®CM Hardware
6 7
Section1Athalon®CM Hardware
Section1
Wi-Fi Gateway
The Wi-Fi Gateway provides the connection
from the Athalon®CM Network to an internet
connection provided by the end user. The
Athalon®CM Network connects wirelessly to
the Gateway via 915(NA)/868(EU)/923(Asia)
MHz LoRa radio. The Gateway can connect
to the end users Wi-Fi access point wirelessly
via 802.11 a/b/g/n protocol after the requisite
setup has been completed (see Section 5).
The Gateway includes a barrel jack that is
identied by the port label on the Gateway for
connection to an external DC power supply.
The cabling used to connect the external
DC supply to the Wi-Fi Gateway DC power
connector must comply with Article 725 of the
NEC for Class 2 circuits. The recommended
power connector for the Wi-Fi Gateway is
Crixus Secure Web/Mobile
Health Monitoring Application
and Sensor Data Store
(Internet)
Pump
Oil
Tank
Filter Node Fluid Interface, Manifold,
Sensors and Cables
Mobile Phone,
Tablet or PC
LoRa
Radio
Customer Wi-Fi
Access Point
LoRa Radio
LoRa Radio
LoRa Radio
Wi-Fi
2.4 GHz
Customer
Process
Filter Node
Athalon®CM Worldwide Product Codes
Device
Gateway
Fluid Interface
H218 Filter Node
H318 Filter Node
R318 Filter Node
North America
160150-915
160145-915
160117-915
160143-915
160132-915
Europe
160150-868
160145-868
160117-868
160143-868
160132-868
Asia
160150-923
160145-923
160117-923
160143-923
160132-923
ESD SENSITIVE COMPONENTS. ELECTROSTATIC DISCHARGE CAN AFFECT PRODUCT
OPERATION. OBSERVE ESD PRECAUTIONS.
Operation & Components
1
3 4
2
1. WAN LED – Indicates connection to the
Internet (Green = Connected,
Red = No Connection).
2. LAN LED – Indicates connection to at
least one Filter Housing or Fluid Interface.
(Green = At least one connection).
3. Reset Button – Press for less than one
second to enter/exit Hotspot mode.
Hotspot mode is used to setup Wi-Fi
connection. Press for greater than ve
seconds to power cycle the Gateway.
4. Power 4.5-6.5VDC – This is the female
barrel connector for power.
Ç
Athalon®CM Gateway Technical Specications
Functional Description
Node communication
Wi-Fi network adapter
Ambient Operating Temperature
Ambient Storage Temperature
Power requirement
Ingress Rating Electronics
802.11 Supported Protocols
Wi-Fi Authentication types
Specication/Range
915(NA)/868.0-868.6(EU)/923(Asia) MHz LoRa Radio,
1km (0.62 miles) Unobstructed Line-of-Sight*
Wi-Fi access point, 100m (328 feet)*
-20-60 °C (-4-140 °F)**
-40-80 °C (-40-176 °F)**
4.5-6.5 VDC, 500 mA, Class 2, LPS, or Limited Energy power supply
IP65 to IEC 60529
2.402-2.480 GHz Wi-Fi 802.11 a/b/g/n
Open (no security), WEP-40, WEP-104, WPA (AES & TKIP), WPA2
(AES, TKIP & Mixed mode)
*Note: Tested under industrial conditions, actual network range will depend on specic conditions of installation.
**Note: Temperature ranges for the electronics box only.
a Power Barrel connector Plug: 2.50 mm
ID (0.098”), 5.50 mm OD (0.217”), Floating
Locking Ring 7/16-32 UN 2B Thread.
Pall Corporation provides a 5V DC power
supply for use with the Gateway. See the
data sheet M&EPSU5V15WEN for more
information.

The Fluid Interface provides two ports for connection to external sensors that monitor
the properties of the uid in the system. Cables for connecting the external sensors are
included with the Fluid Interface.
Fluid Interface Sensor Connections
1
3 4
2
Fluid Interface
Operation & Components
5
6
1. HEALTH LED – Indicates the Status of
uid health as determined by the Crixus
Advisor via the server.
•Green LED – Process Fluid within
acceptable parameters.
•Amber LED – Process Fluid has
entered a warning state.
•Red LED – Process Fluid has entered
a critical state.
•Blinking – User has set the LED to blink
for easier identication.
2. COMMS LED – Green indicates
connection to a Gateway, Red indicates
no connection.
3. Power 24VDC – This is a male, 4-Positon,
M8 connector for power.
4. Water Sensor – This is a female,
4-Position, M8 connector for the Water
Sensor.
5. Fluid Sensor – This is a female, 4-Position,
M8 connector for the Fluid Properties
Sensor.
6. RESET Button – Press for less than one
second to send a sensor report
immediately. Press for at least ve
seconds to power cycle the Fluid
Interface.
Athalon®CM User Manual Section 1 - Athalon®CM Hardware
The Fluid Interface allows the end user to
mount process sensors in a section of the
system operating below 20 bar (290 psi). See
pages 14-15 for the available sensors and
port options.
The Fluid Interface has a male, 4-pin, M8
style connector plug that is identied on the
label for connection to an external DC power
supply. The recommended power connector
for the Fluid Interface is a female, 4-Position,
M8 connector.
The cabling used to connect the external
DC supply to the Sensor Node DC power
connector must comply with Article 725 of the
NEC for Class 2 circuits.
Pall Corporation provides a 24V DC power
supply for use with the Fluid Interface. See
the data sheet M&EPSU24V40WEN for more
information.
Power Supply Lead, 3 meter length*
Function
24 VDC
OV-GND
NC
NC
Connector 1
(Pins)
1
2
3
4
Cable
Colour
Brown
White
Blue
Black
Power Supply Lead 9004D501-3
(View looking at end of connector)
4 2
3 1
8 9
Ç
Crixus Secure Web/Mobile
Health Monitoring Application
and Sensor Data Store
(Internet)
Pump
Oil
Tank
Filter Node Fluid Interface, Manifold,
Sensors and Cables
Mobile Phone,
Tablet or PC
LoRa
Radio
Customer Wi-Fi
Access Point
LoRa Radio
LoRa Radio
LoRa Radio
Wi-Fi
2.4 GHz
Customer
Process
Filter Node
Section1
Section1
*Fluid Interface: 9004D501-3, Filter Housing: 9004D501-1

Filter Node
The Athalon®CM Filter Node is an Athalon
housing mounted, electrical enclosure
equipped with a circular M8 connector
for the exible cord connecting the Filter
Element Life sensor. The Filter Node also
connects to the lid mounted RFID antennae
via inductive coupling.
Athalon®CM User Manual Section 1 - Athalon®CM Hardware
The Filter Node has a male, 4-pin, M8 style
connector plug that is identied on the label
for connection to an external DC power
supply. The recommended power connector
for the Filter Node is a 4-Position, Female M8
connector. See the Fluid Interface section on
page 8 for the pin out diagram.
10 11
Crixus Secure Web/Mobile
Health Monitoring Application
and Sensor Data Store
(Internet)
Pump
Oil
Tank
Filter Node Fluid Interface, Manifold,
Sensors and Cables
Mobile Phone,
Tablet or PC
LoRa
Radio
Customer Wi-Fi
Access Point
LoRa Radio
LoRa Radio
LoRa Radio
Wi-Fi
2.4 GHz
Customer
Process
Filter Node
Section1
Section1
Athalon®CM Fluid Interface Technical Specications
Functional Description
Gateway communication
Ambient Operating Temperature
Ambient Storage Temperature
Power requirement
Ingress Rating Electronics
Specication/Range
915(NA)/868.0-868.6(EU)/923(Asia) MHz LoRa Radio,
1km (0.62 miles) Unobstructed Line-of-Sight*
-20-60 °C (-4-140 °F)**
-40-80 °C (-40-176 °F)**
24VDC, 500 mA Class 2, LPS, or Limited Energy power supply
IP65 to IEC 60529
*Note: Tested under industrial conditions, actual network range will depend on specic conditions of installation.
**Note: Temperature ranges for the electronics box only.
Filter Node Sensor Connections
The Filter Node provides one port for
connection to an external Filter Element
Life sensor that monitors the differential
pressure and temperature within the
housing. A cable for connecting the Filter
Element Life sensor is included with the
Filter Node.
1. Status LED – Green indicates connection
to a Gateway, Red indicates no connection.
Blinking either red or green indicates that it
cannot detect a lter element in the housing.
2. RESET Button – Press for less than one
second to send a sensor report
immediately. Press for at least ve
seconds to power cycle the Filter Housing
3. Power 24VDC – This is a male, 4-Position,
M8 connector for power.
4. Filter Element Life – This is a female,
4-Position, M8 connector for the
Filter Element Life sensor.
1
3
4
2
Operation & Components
Ç
The cabling used to connect the external
DC supply to the Filter Housing DC power
connector must comply with Article 725 of
the NEC for Class 2 circuits.
Pall Corporation provides a 24V DC power
supply for use with the Filter Housing. See
the data sheet M&EPSU24V40WEN for
more information.
Athalon®CM Filter Node Technical Specications
Functional Description
Gateway communication
Ambient Operating Temperature
Ambient Storage Temperature
Power requirement
Ingress Rating Electronics
Specication/Range
915(NA)/868.0-868.6(EU)/923(Asia) MHz LoRa Radio, 1km
(0.62 miles) Unobstructed Line-of-Sight*
-20-60 °C (-4-140 °F)**
-40-80 °C (-40-176 °F)**
24VDC, 500 mA Class 2, LPS, or Limited Energy power supply
IP65 to IEC 60529
*Note: Tested under industrial conditions, actual network range will depend on specic conditions of installation.
**Note: Temperature ranges for the electronics box only.

SEE APPROPRIATE USER MANUAL FOR EACH INDIVIDUAL SENSOR FOR USER INSTRUCTIONS
AND FULL SPECIFICATIONS. USER MANUALS ARE LISTED IN THE APPENDIX.
Sensors
Water Sensor
The Water Sensor is used to measure
the dissolved water content in the uid. It
monitors water content in oil as % Saturation,
Temperature in Celsius or Fahrenheit, and
optionally water content in Parts per Million.
Conversion of % Saturation to PPM requires
uid constants, which are available from Pall.
This sensor is installed on the ‘Water Sensor’
port connector on the Fluid Interface where
indicated by the port label and using the M8
to 8-pin, M12 connector cable.
Filter Element Life Sensor
The Filter Element Life Sensor is used to
measure pressure across the lter element.
It monitors differential pressure in bard or psid
and temperature in Celsius or Fahrenheit.
The Filter Housing provides a single port for
connection of the sensor mounted at the base
of the lter tube. This sensor connects to the
M8 style connector on the electronics housing
using the M8 to 5-pin, M12 connector cable.
Sensor Manifold
The sensor manifold is an optional tting that
can be installed into a system and is used to
connect the Fluid Properties Sensor and the
Water Sensor to the application. The sensor
manifold must be installed in a way that will
minimize the potential for air entrapment.
Fluid Properties Sensor
The Fluid Property Sensor (FPS) is used
to measure the uid heath of a hydraulic
or lube uid application. It monitors uid
Viscosity, Density, Dielectric Constant, and
Temperature. This sensor connects to the
‘Fluid Sensor’ port on the Fluid Interface
where indicated on the port label using the
M8 to automotive style connector cable.
Section 2 - SensorsAthalon®CM User Manual
Section2Sensors
12 13
Crixus Secure Web/Mobile
Health Monitoring Application
and Sensor Data Store
(Internet)
Pump
Oil
Tank
Filter Node Fluid Interface, Manifold,
Sensors and Cables
Mobile Phone,
Tablet or PC
LoRa
Radio
Customer Wi-Fi
Access Point
LoRa Radio
LoRa Radio
LoRa Radio
Wi-Fi
2.4 GHz
Customer
Process
Filter Node
Section2
FOR PROPER OPERATION OF THE SENSOR, IT MUST BE FULLY IMMERSED IN THE PROCESS
FLUID. THE MINUMUM FLOW VELOCITY SHOULD 0.2M/S TO ENSURE RAPID FLUID EXCHANGE
ACROSS THE SENSOR PROBE.
BE SURE TO BLEED THE MANIFOLD TO MINIMIZE AIR. USE PROPER AIR BLEEDING METHODS
AND BE AWARE OF THE DANGERS OF FLUIDS UNDER PRESSURE AND HIGH TEMPERATURE.

Sensor
Cables
Filter Element Life Sensor Lead 90040501-2-** (See table below)
Fluid Properties Sensor Lead 9004D501-4, 3 meter length
Water Sensor Lead 9004D501-5, 3 meter length
Fluid Properties Sensor
Functional Description
Seal Material
Housing Material
Port Option
Maximum Working Pressure
Rated Fatigue Pressure
Measurement Viscosity
Measurement Density
Measurement Dielectric Constant
Flow Velocity
Process Fluid Temperature
Ambient Temperature
Ingress Rating Electronics
Physical Dimensions
Specication/Range
Viton Fluorocarbon
Stainless Steel
M14 x 1.5 mm (male) To t Port 2 Manifold
20 bar (290 psi)
20 bar (290 psi)
0.5 to 50.0 cP
0.65 to 1.50 gm/cc
Qualitative Output
>0.2m/s
-40 – 150 °C (-40 – 302 °F)
-40 – 125 °C (-40 – 257 °F)
IP 68 to IEC 60529 when assembled
30 Hex x 73(H)mm
Filter Element Life Sensor Cable
Part Number
9004D501-2-04
9004D501-2-08
9004D501-2-13
9004D501-2-20
9004D501-2-40
Tube Length Code
04
08
13
20
40
Cable Length (m)
0.4
0.5
0.6
0.8
1.5
Sensor Technical Specications
Water Sensor
Functional Description
Seal Material
Housing Material
Port Options
Maximum Working Pressure
Rated Fatigue Pressure
Process Fluid Temperature
Ambient Temperature
Electrical Connector
Measurement %RH
Temp. Measurement Range
Compatibility
Ingress Rating Electronics
Physical Dimensions
Power Requirement
Specication/Range
Viton Fluorocarbon
Stainless Steel
½” NPT Internal Pipe Thread to ANSI B2.1 or ½” ISO 228 (BSPP)
20 bar (290 psi)
20 bar (290 psi)
-40 – 80 °C (-40 – 176 °F)
-40 – 60 °C (-40 – 140 °F)
8 pin M12 Plug to IEC 61076-2-101
0 - 100% RH
-25 – 125 °C (-13 – 257 °F)
Do not use in Water Based Fluids
IP 68 to IEC 60529 when assembled
30 Hex x 73(H)mm
24V DC
Filter Element Life Sensor
Functional Description
Seal Material
Housing Material
Port Options
Maximum Working Pressure
Proof Pressure
Burst Pressure (Typical)
Rated Fatigue Pressure
Process Fluid Temperature
Ambient Temperature
Pressure Ranges Include
Pressure Dead Band
Temp. Measurement Range
Compatibility
Ingress Rating Electronics
Specication/Range
Viton Fluorocarbon
Brass
¾”-16 UNF Thread to BS1580
450 bar (6500 psi)
675 bar (9800 psi)
1100 bar (15900 psi)
400 bar (5800 psi)
-25 – 85 °C (-13 – 185 °F)
-40 – 85 °C (-40 – 185 °F)
2.0 – 8.0 bard (29.0 – 116 psid)
25% Full Scale
0 – 100 °C (-32 – 212 °F)
Petroleum oils, synthetic hydraulic, lubrication uids.
IP 65 to IEC 60529 when assembled
Athalon®CM User Manual
14
Section 2 - Sensors
15
Section2
Section2

•Green Beacon – Filter Element within
acceptable parameters.
•Amber Beacon – Filter Element has
entered a warning state or is approaching
end of life.
•Red Beacon – Filter Element has entered
a critical state, has reached end of life, or
is missing.
•Blinking – User has set the beacon to
blink for easier location.
Sensor Manifold
Functional Description
Port Options
Maximum Working Pressure
Rated Fatigue Pressure
Seal Material
Manifold Material
Sensor Port 1 Options
Sensor Port 2
Sensor Port 3 Options
Physical Dimensions
Specication/Range
A32: 2” SAE J1926 straight thread, C32: 2” BSP ISO 228 threads
20 bar (290 psi)
20 bar (290 psi)
Fluorocarbon
SG Iron (Chemical Black)
Port A: ¼” Internal O RING Boss Per SAE J514, Port C: G¼” to
ISO 228
M14 x 1.5mm Internal O RING Boss Per ISO 6149-1
Port A: ½” NPT Internal Pipe Thread to ANSI B2.1, Port C: G½” to
ISO 228
Diameter 120 mm x 225(L) mm
Filter Housing Beacon
Athalon®CM User Manual
16
Section 3 - Athalon®CM Housings
17
Section 3
Section 3
The Athalon®CM Hardware is designed to
be installed on the following lines of Athalon
Filter Housings: UH310, UR310, UH210.
Section3Athalon®CM Housings
Athalon®CM UH218, UH318, and UR318 Filter Housings
Functional Description
Seal Material
Process Fluid Temperature
Ambient Temperature
Maximum Working Pressure
Rated Fatigue Pressure
Filter Element P/N and Grade
Ingress Rating Electronics
Compatibility
Specication/Range
Fluorocarbon
-25 – 90 °C (-13 – 194 °F)*
-25 – 60 °C (-13 – 140 °F)*
UR Housings 41 bar (600 psi) / UH Housings 400 bar (6000 psi)
UR Housings 41 bar (600 psi) / UH Housings 240 bar (3500 psi)
Read from RFID tag on Filter Element
IP65 to IEC 60529
Compatible with all petroleum oils and synthetic hydraulic and
lubrication uids.
*Note: The given temperature ranges are to avoid damage to the electronics.
DO NOT LIFT THE FILTER HOUSING BY
THE BEACON ASSEMBLY.
NOTE: THE WARNING AND CRITICAL
STATES ARE BOTH USER SET AND
CONTROLLED BY THE CRIXUS
ADVISOR. CRIXUS ADVISOR WILL
WARN OF LOW ELEMENT LIFE AND
CHANGES IN FLUID HEALTH.
USE CAUTION WHEN HANDLING THE
FILTER HOUSING TO AVOID DAMAGE
TO THE COVER OR ELECTRONICS
ASSEMBLY.
Available for select housing series, contact
Pall for more information.

Installation of the Athalon®CM hardware is best accomplished using the
following steps, in order.
1. Housing Installation
Refer to the appropriate housing
specications for installation instructions.
Section 4 - InstallationAthalon®CM User Manual
Section 4Installation
18 19
B. Go to the menu (1) and select “Scan QR
Code” (2).
C. You can either scan (3) the code on the
side of the device (4) or type in the code
manually (5).
Section 4
4. Gateway Setup
See “Conguring the Athalon®CM Gateway”
in Section 5 – Setup. It is recommended
that you nish conguring the Gateway
before proceeding to step 5. Sensor Wiring.
The Gateway can be user mounted anywhere
5. Sensor Wiring
Fluid Interface: Connect the
Fluid Properties Sensor to the
Fluid Sensor Port, using the
provided Fluid Properties cable.
Connect the Water Sensor to
the Water Sensor Port, using the
provided Water Sensor cable.
Connect a 24vdc power source
to the Power Port. The Fluid
Interface can be user mounted
anywhere within range of the
length of the sensor cables.
that is in range of both the Wi-Fi signal and
the LoRa radio from the Fluid Interface and
Filter Housing. See page 7 for Gateway
range specications.
Housing
Series
UH218
UH318
UR318
Date
Sheet
M&EUH218EN
M&EUH318EN
M&EUR318EN
Service
Instructions
IMSIUH218EN
IMSIUH318EN
IMSIUR318EN
Reorienting the Filter Node
If the Filter Node needs to be reoriented to
face an appropriate direction, rst loosen
the two nuts securing the Filter Node clamp.
Once the Filter Node moves freely, reorient
it to the desired direction. Ensure that a
gap of 0.8mm – 1.6 mm (1/32” – 1/16”) is
maintained between the Filter Node Beacon
and the Athalon®CM Lid. Once the Filter
Node is in place, torque the two nuts to
8-12 N/m (6-9 ft. lbs.).
OVER TORQUING THE FILTER NODE
NUTS WILL RESULT IN DAMAGE TO
THE FILTER NODE ASSEMBLY!
2. Network Connection
See “Providing a Wi-Fi Access Point”
in Section 5 – Setup. Ensuring a stable
ÇÇ
network connection rst, is necessary to
complete step 4 – Gateway Setup.
3. Provision Hardware
To assign hardware to your organization you
must rst provision it from Crixus inventory.
For each device you must do the following:
A. Use the Crixus mobile app which is
available for download in the Apple App
Store and Google Play Store. Search for
“Pall Crixus”. For the application, you will
use the same user-name and password
used to sign in to the Web Application.
D. If entered manually, select “Search” (6) then
select “Provision” (7).
E. If you scanned the device, you just need to
select “Provision” (7).
3
5
6
1
2
7
4
Fluid
Interface
Fluid Properties
Sensor Cable
Water
Sensor
Cable
Fluid
Properties
Sensor
Water
Sensor
24v Power
Supply