Parker PNEUDRI Maxi MX Series User manual

PNEUDRI Maxi
MX102 - MX110
Original Language
User Guide
aerospace
climate control
electromechanical
filtration
fluid & gas handling
hydraulics
pneumatics
process control
sealing & shielding
EN
NL DEFR FI SV NODA ELES PT IT
PL SK CS ETHU LV LT RU SL TR MT

MX 102 - MX110 User Guide
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Contents
1 Safety Information 3
1.1 Markings and symbols 4
1.2 Hazardous Substances 4
2 Description 5
2.1 Technical Specification 6
2.1.1 Dimensions 6
2.2 Unpacking the equipment 7
2.3 Overview of the equipment 7
3 Installation & Commissioning 8
3.1 Recommended system layout 8
3.2 Locating the equipment 8
3.3 Mechanical Installation 8
3.4 Electrical Installation 9
3.4.1 Remote alarm indication 9
3.4.2 MXS-DS Hygrometer connection 9
3.4.3 MXA Analogue Outputs 9
4 Operating the equipment 10
4.1 Overview of Controls 10
4.2 Starting the equipment 10
4.3 Stopping the equipment 10
5 Servicing 11
5.1 Cleaning 11
5.2 Service Intervals 11
5.3 Service Kits 12
5.4 Service Record 12
6 Troubleshooting guide 13
Declaration of Conformity 284

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1. Safety Information
Important: Do not operate this equipment until the safety information and instructions in this user guide have been read and
understood by all personnel concerned.
Only competent personnel trained, qualified, and approved by Parker domnick hunter should perform commissioning,
service and repair procedures.
Use of the equipment in a manner not specified within this user guide may impair safety and invalidate your warranty.
When handling, installing or operating this equipment, personnel must employ safe engineering practices and observe all related
regulations, health & safety procedures, and legal requirements for safety.
Ensure that the equipment is depressurised and electrically isolated, prior to carrying out any of the scheduled maintenance
instructions specified within this user guide.
Most accidents that occur during the operation and maintenance of machinery are the result of failure to observe basic safety rules
and procedures. Accidents can be avoided by recognising that any machinery is potentially hazardous.
Parker domnick hunter can not anticipate every possible circumstance which may represent a potential hazard. The warnings in this
manual cover the most known potential hazards, but by definition can not be all-inclusive. If the user employs an operating procedure,
item of equipment or a method of working which is not specifically recommended by Parker domnick hunter the user must ensure
that the equipment will not be damaged or become hazardous to persons or property.
Should you require an extended warranty, tailored service contracts or training on this equipment, or any other equipment within the
Parker domnick hunter range, please contact your local Parker domnick hunter office.
Details of your nearest Parker domnick hunter sales office can be found at: www.parker.com/gsfe

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1.1 Markings and symbols
The following markings and international symbols are used on the equipment and within this user guide:
1.2 Hazardous Substances
The chambers of the dryer are filled with DRYFIL desiccant material. This is a powerful desiccant and will dry out the
atmosphere, eyes, nose, and mouth.
If the desiccant comes into contact with the eyes or skin, wash the affected area with copious amounts of water.
DRYFIL may contain some dust therefore an orinasal dust respirator should be worn when handling the equipment. Adequate
ventilation should be provided when working with desiccant.
The desiccant is classified as non-hazardous for transportation.
DRYFIL will evolve heat on contact with moisture and may generate pressure in a confined space. DRYFIL should therefore
be stored in a dry place in its original packaging.
DRYFIL is non-flammable. Any fire should be fought by means appropriate to the material causing the fire. DRYFIL should be
disposed of into a licensed land fill site.
Caution, Read the User Guide. May start automatically without warning
Risk of electric shock. Wear ear protection.
Highlights actions or procedures which, if not
performed correctly, may lead to personal injury or
death. Use lifting equipment.
Highlights actions or procedures which, if not
performed correctly, may lead to damage to this
equipment. Use a forklift truck.
Highlights actions or procedures which, if not
performed correctly, could lead to electric shock. When disposing of old parts always follow local waste disposal regulations.
Pressurised components on system. Conformite Europeenne.

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2. Description
Parker domnick hunter desiccant dryers are designed to remove moisture vapour from compressed air. Providing pressure
dewpoints of -20 ºC (-4 ºF), -40 ºC (-40 ºF) or -70 ºC (-100 ºF) at specified conditions.
ISO 8573.1 Air Quality Class
-20 ºC (-4 ºF) PDP 1.3.1.*
-40 ºC (-40 ºF) PDP 1.2.1.*
-70 ºC (-100 ºF) PDP 1.1.1.*
*(when fitted with suitable downstream filtration)
The dryers comprise of extruded aluminium columns. Each column contains twin chambers filled with desiccant material that dries the
compressed air as it passes through. One chamber is operational (drying), whilst the opposite chamber is regenerating by Pressure
Swing Adsorption (PSA).
Pressure Swing Adsorption (PSA)
A small amount of the dried compressed air is used to regenerate the spent desiccant bed. Dried air at line pressure is expanded to
atmospheric pressure through the regenerating column.
Patented Modular Construction
The unique, patented modular construction of PNEUDRI enables the dryers to be sized to exact flow requirements. By simply adding
further modules (banks) of PNEUDRI, the operational capacity of the dryer can be increased to precisely match any system demands.

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2.1 Technical Specification
This specification is valid when the equipment is located, installed, operated, and maintained as specified within this user
guide.
Stated flows are for operation at 7 bar g (102 psi g / 0.7 MPag) with reference to 20 ºC, 1 bar (a), 0% relative water vapour pressure.
2.1.1 Dimensions
Refer to diagram A1 in Annex A for dimensions and weights.
Specific
Parameter Units MX102c - MX103 MX104 - MX110
Minimum Inlet Pressure bar g
(psi g / MPa g) 4 (58 / 0.4)
Maximum Inlet Pressure bar g
(psi g / MPa g) 13 (190 3 / 1.3)
Inlet Temperature ºC
(ºF) 2 -50 35 - 122
Inlet Connection Inches 2" 2 1/2"
Outlet Connection Inches 2" 2 1/2"
Flowrate (7 barg / 100 psi g / 0.7 MPa g @ 35 ºC / 95 ºF)
Model Dewpoint -40ºC (-40 ºF) Dewpoint -70 ºC (-100 ºF) Dewpoint -20 ºC (-4 ºF)
cfm m3/ min m3/ hour cfm m3/ min m3/ hour cfm m3/ min m3/ hour
MX102c 240 6.80 408 168 4.76 285 264 7.48 449
MX103c 360 10.19 611 252 7.14 428 396 11.21 673
MX103 450 12.75 765 315 8.92 535 495 14.02 841
MX104 600 17.00 1020 420 11.89 713 660 18.69 1121
MX105 750 21.25 1275 525 14.87 892 825 23.36 1402
MX106 900 25.50 1530 630 17.84 1070 990 28.03 1682
MX107 1050 29.75 1785 735 20.82 1248 1155 32.70 1962
MX108 1200 34.00 2040 840 23.79 1427 1320 37.38 2243
MX109 - - - 945 26.76 1605 - - -
MX110 - - - 1050 29.73 1783 - - -
Electrical
Parameter Units MX102 - MX110
Supply Voltage V ac 100 - 240 V ac 50 / 60Hz ± 10%
Power W MXS = 18 W Max
MXA = 35 W Max
Environmental
Parameter Units MX102 - MX110
Temperature ºC
(ºF) 2 - 45 35 - 113
Humidity - 50% @ 40 ºC
(80% MAX 31 ºC)
IP Rating - IP65 / >NEMA 13
Pollution Degree - 2
Installation Category - II
Altitude m
(ft) <2000 (6562)
Noise dB(A) <80 dBA
Before continuing with the installation and commissioning of this equipment:
Ensure that it is correctly sized for the inlet pressure, taking into consideration the pressure drop caused by the valves, pipes
and filters within the system. Allowance should be made for purge air loss. The dryer should be typically sized at 1 bar
(14 psi / 0.1 MPa) below nominal compressor output pressure.
The purge air flow is factory set for 6 bar g (87 psi g) minimum system pressure. Should the minimum supply pressure be
higher or lower than this figure the purge air flow must be reset in order to maintain the specified dewpoint. Please contact
your local Parker domnick hunter office for assistance.
Ensure that the electrical supply voltage and frequency meet the requirements detailed within this specification and on the
equipment rating plate.

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2.2 Unpacking the equipment
The following items have been included with your equipment:
* Only applies to DDS dryers.
If any items are missing or damaged please contact your local Parker domnick hunter office.
2.3 Overview of the equipment
Referring to diagram A3 in Annex A, the major parts of the dryer are as follows:
Remove the Silencer from the dryer prior to unpacking.
Remove the equipment from its packaging as shown in the photograpg sequence A2 in Annex A of this user guide
and check that it has not been damaged in transit.
Description Qty
MX Dryer 1
Dryer Test Certificate 1
Hygrometer Test Certificate* 1
Ref. Identification Ref. Identification
1 Column A Gauge 5 Electrical Enclosure
2 Column B Gauge 6 Inlet Port
3 Display 7 Silencer Assembly
4OutletPort

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3. Installation & Commissioning
3.1 Recommended system layout
The dryer should be installed with the correct pre-filtration and condensate management equipment to meet both the
specification and local environmental requirements.
Referring to diagram A4 in Annex A, the following equipment is recommended to meet these requirements:
3.2 Locating the equipment
Identify a suitable location for the equipment taking into consideration the minimum space requirements for maintenance and
lifting equipment as shown in diagram A5 in Annex A. When considering the final location of the equipment take into account
the noise generated when in use.
The dryer should only be lifted by the lower manifold using a fork lift truck or similar.
It is recommended that the dryer is secured to the base using the correct bolts through the support legs.
3.3 Mechanical Installation
Once the dryer has been located into position install the piping and filtration for connection to the inlet and outlet manifold.
Diagram A6 in Annex A shows the configuration for a bank of 3 dryers.
AA and AO grade filtration is recommended at the inlet to the dryer and an AO grade at the outlet. In extreme conditions a
water separator (WS) is recommended at the inlet.
Ensure that each filter condensate drain is suitably piped away and any effluent is disposed of in accordance with local
regulations.
When the dryers are installed in a multi-bank configuration as shown in diagram A6, they should be supplied from an end fed
manifold arrangement using long radius elbows and tee fittings.
It is important to ensure that all piping materials are suitable for the application, clean and debris free. The diameter of the
pipes must be sufficient to allow unrestricted inlet air supply to the equipment and outlet gas / air supply to the application.
When routing the pipes ensure that they are adequately supported to prevent damage and leaks in the system.
The dryer is supplied with exhaust silencers and should be fitted prior to use. If the exhaust is to be piped away then a
minimum pipe size of 100 mm (4") should be used. This pipe should be fitted with a suitable isolation valve at the dryer
exhaust.
All components used within the system must be rated to at least the maximum operating pressure of the equipment. It is
recommended that the system be protected with suitably rated pressure relief valves.
Only competent personnel trained, qualified, and approved by Parker domnick hunter should perform installation,
commissioning and service procedures.
Ref. Description Ref. Description
1 Compressor 5 MX Dryer
2 Wet air receiver 6 Dust filter
3 Water separator 7 Bypass line
4 Dryer pre-filtration 8 Oil / Water separator
Isolation Valve
The use of a bypass line will allow wet untreated air into the system. It should therefore only be used in extreme
circumstances.
Ref. Description Ref. Description
1 Dryer Bank 6 Isolation Valves
2 AO grade filter (Outlet) 7 Inlet manifold
3 AA grade filter (Inlet) 8 Bypass line
4 AO grade filter (Inlet) 9 Outlet manifold
5 Water Separator

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3.4 Electrical Installation
The electrical supply cables should be connected to the dryer at the dedicated terminals as shown in diagram A7 in Annex A,
using the cable glands provided.
The dryer should be connected to the electrical supply through a switch or circuit breaker rated at 250 VAC, 2 A with a
minimum short circuit rating of 10 KA. This device should be clearly and indelibly marked as the disconnecting device for the
equipment and located in close proximity to the equipment and be easily accessible to the operator.
Overcurrent protection must be fitted as part of the building installation. This protection should be selected in accordance with
local and national code regulations with a maximum short circuit rating of 10 KA.
3.4.1 Remote alarm indication
Each dryer is fitted with a set of volt free relay contacts designed for remote alarm indication and are rated 1 A max
@ 250 Vac (1 A @ 3 0 Vdc).
The alarm circuit should be connected between the "COM" and the normally closed terminals, "N/C" of the relay.
Under normal operation the relay will be energised and the alarm circuit will be open. When a fault occurs, e.g.
power failure, the relay will de-energise causing the alarm circuit to be complete.
The external alarm circuit should be connected to the dryer at the dedicated terminals as shown in diagram A8 in
Annex A. using the cable glands provided.
3.4.2 MXS-DS Hygrometer connection
The MXS - DS dryer operates on a variable cycle time controlled via a dewpoint dependent switching energy
management system. The hygrometer should be connected to the dryer at the dedicated terminals as shown in
diagram A9 in Annex A, using the cable glands provided.
3.4.3 MXA Analogue Outputs
The MXA dryer includes two sets of 4 - 20 mA linear analogue outputs, which are used for the optional re-
transmission of the pressure and dewpoint readings. Connection to the outputs should be made at the dedicated
terminals shown in diagram A10 in Annex A, using the cable glands provided.
More detailed information is available in the MXA advanced controller addendum (dh Stock No: 178620002)
A fully qualified electrical engineer must undertake all electrical work in accordance with local regulations.
The dryer must be bonded to earth at the terminal marked with the international symbol IEC-60417 - 5017.
If the remote alarm indication relay is used, the electrical enclosure will contain more than one live circuit. The
relay connections will remain live when the mains supply is disconnected.

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4. Operating the equipment
4.1 Overview of Controls
Parker domnick hunter heatless desiccant dryers are available in a choice of three control options as shown below.
MXS
The display provides power supply and service interval indicators. Please refer to diagram A11 in Annex A1.
MXS - DS
In addition to the power supply and service interval indicators the dryer comes complete with a digital dewpoint display and
associated uniit of measurement ºC / ºF flashes display poor dewpoint measurement interchanges with ECO when in DDS.
Please refer to diagram A11 in Annex A1.
MXA
The controller provides a complete system overview with an LCD status display screen and state of the art monitoring and
control.
Please refer to diagram A11 in Annex A1
More detailed information is available in the MXA advanced controller addendum (dh Stock No: 17862 0002).
It is possible to upgrade the dryer from an MXS to an MXS-DS or to an MXA. Please contact your local Parker domnick
hunter office for details.
4.2 Starting the equipment
1. Ensure that the isolation valves on the inlet and the outlet of the dryer are closed.
2 Connect the electrical supply to the dryer and verify that the Power On indicator is illuminated.
3 Slowly open the isolation valve on the inlet of the dryer. Verify that there are no leaks.
4 Check that the system pressure relief valve is closed.
5 Test the condensate drains of the filters and verify that they are discharging correctly into a suitable collection vessel.
6 If the dryer has an MXA controller fitted, press the Start control, otherwise wait for the dryer to start automatically.
7Slowly open the outlet isolation valve to allow the system to pressurise. If a bypass line has been fitted, close the bypass
valve.
No further intervention is required for normal operation.
4.3 Stopping the equipment
1. Close the isolation valve on the outlet followed by the isolation valve on the inlet.
2 De-pressurise the dryer by venting through the drain ball valve on the outlet dust filter. Note: The drain valve should be
opened gradually.
3 If the dryer has an MXA controller fitted, press the Stop control.
4 Disconnect the electrical supply to the dryer.
Note: Small amount of air may be trapped between inlet isolation valve and dryer inlet.
1 Power "ON" indicator 4 System status display LCD
2 Service interval indicator 5 Start / Stop and Reset controls
3 Dewpoint display 6 System navigation keypad
Start-up should be undertaken by a Parker domnick hunter trained, qualified and approved service engineer.

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5. Servicing
The recommended Service procedures identified in table 5.2 and all other repair and calibration work should be undertaken by a
Parker domnick hunter trained, qualified and approved engineer.
5.1 Cleaning
Clean the equipment with a damp cloth only and avoid excessive moisture around any electrical sockets. If required you may
use a mild detergent, however do not use abrasives or solvents as they may damage the warning labels on the equipment.
5.2 Service Intervals
Check Replace
Description of Service Requirements Typical Recommended Service Interval
Component Operation
Daily Weekly 3 Months 6 Months 12 Months 36 Months
Dryer Check POWER ON indicator is illuminated.
Dryer Check STATUS / FAULT indicators located on the
controller.
Dryer Check for air leaks.
Dryer Check the pressure gauges during purging for excessive
back pressure.
Dryer Check the condition of electrical supply cables and
conduits.
Dryer Check for cyclic operation.
Dryer Replace the active exhaust silencers.
Recommended Service A
Filtration Replace the inlet, outlet and control air filters, and service drains.
Recommended Service B
Dryer Replace / Calibrate dewpoint transmitter (DDS Units only).
Recommended Service C
Dryer Replace the valve seats and seals.
Recommended Service D
Dryer Replace the Desiccant.
Recommended Service E

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5.3 Service Kits
For servicing diagram please refer to A12 in Annex A1
5.4 Service Record
Service Kit Description Kit No Quantity
A - Silencer Service Kit: Silencer Element MX 608620090 See table below
B - Filter Service Refer to Filter user guide (171184000)
C - Hygrometer Service Replacement dewpoint transmitter. (DDS Units only) 60820 1
D - Valve Service Kit: Valve Overhaul < 9 Barg 608620091 1
Kit: Valve Overhaul > 9 Barg 608620092 1
E - Desiccant Service
AA 11 Litre Bag 608203661 See table below
MS 11 Litre Bag 608203662 See table below
WS 11 Litre Bag 608203663 See table below
Kit: Column Seals MX 608620098 1
Snow storm filler 608201051 1
MX102C MX103C MX103 MX104 MX105 MX106 MX107 MX108 MX109 MX110
-20 -40 -70 -20 -40 -70 -20 -40 -70 -20 -40 -70 -20 -40 -70 -20 -40 -70 -20 -40 -70 -20 -40 -70 -70 -70
Dryfill AA 9 8 13 12 16 14 21 19 26 24 31 28 36 33 41 37
Dryfill MS 1 7 2 11 2 13 3 17 3 21 4 25 4 29 6 30 37 42
Dryfill WS 234567891011
Seals 111111111111111111111111 1 1
Silencer 111111111222222222333333 3 3
Date of Commissioning
Service
(Hours) Hours Shown Date
Serviced By Comments / Observations
Print Initials
4,000
8,000
16,000
20,000
24,000
28,000
32,000
36,000
40,000

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6. Troubleshooting guide
In the unlikely event that a problem occurs on the equipment, this troubleshooting guide can be used to identify the probable cause
and remedy.
Troubleshooting should only be attempted by competent personnel. All major repair, and calibration work should
be undertaken by a Parker domnick hunter trained, qualified and approved engineer.
Problem Possible cause Action Required
Poor dewpoint identified by water in the
downstream piping and equipment.
Dryer is operating outside of its sizing
criteria.
Check actual inlet parameters and
environmental conditions against the values
quoted at the time of sizing.
Bypass valve is open. Check bypass valve is fully closed.
Dryer has recently been started. Allow time for the system to "dry down"
The condensate is not being drained.
Check the condensate drain(s) for faults.
Check the drain hoses are free from kinks and
obstructions.
Ensure that the drain isolation valves are fully
open.
Regeneration column pressure > 350 mbar. Replace the exhaust silencers.
Timer malfunction. Contact Parker domnick hunter approved
service agent.
Valve malfunction. Contact Parker domnick hunter approved
service agent.
Desiccant is approaching the end of its
useful life. Contact Parker domnick hunter approved service agent.
High pressure drop resulting in low pressure
gauge readings or intermittent operation of the
downstream equipment.
The pre / after filtration is approaching the
end of its operational life. Check and replace.
The dryer is being overflowed or is operating
at a reduced system pressure. Check actual inlet conditions against the values quoted at the time of sizing.
An isolation valve is partially closed. Check the position of all the isolation valves.
Pressure loss from the system. Check the system for leaks.
Ensure that the drain cocks and pressure relief
valves are closed.
The dryer tripped due to power supply
interruption to the dryer.
Check that the dryer "POWER ON" indicator is
illuminated. If it is not check the isolator and
fuses.
The compressor tripped due to power supply
interruption to the compressor.
Check that the compressor "POWER ON"
indicator is illuminated. If it is not check the
isolator and fuses.
Isolation valve closed Check the position of the isolation valves.
Interruption of the air supply downstream
leading to a rapid loss of system pressure. Compressor switched off. Check the compressor.
Fault shutdown event. Check the dryer fault indicators.

EU EN
PED
EMC
LVD
RoHS 2
PED
EMC
LVD
Signature: Date:
Parker Hannifin Manufacturing Limited
Dukesway, Team Valley Trading Estate, Gateshead, Tyne & Wear, NE11 0PZ, UK
Desiccant Air Dryer
MXS102c - MXS110
B & D
COV0912556/1
Lloyd's Register Verification
71 Fenchurch St. London
EC3M 4BS
Steven Rohan
Division Engineering Manager
Authorised Representative
Declaration Number:
00008/111018
Declaration of Conformity
I declare that as the authorised representative, the above information in relation to the supply /
manufacture of this product, is in conformity with the standards and other related documents following
the provisions of the above Directives.
18th Oct 2018
Declaration
Parker Hannifin Manufacturing Limited, GSFE.
Notified body for PED:
EC Type-examination Certificate:
PED Assessment Route:
2014/30/EU
2014/68/EU
EN 61000-6-2:2005 EN61000-6-4:2007+A1:2011
Generally in accordance with ASME VIII Div 1 : 2004
Standards used
Directives
EN 60204-1:2006 +A1:2009
2011/65/EU
2014/35/EU

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Inhoud
1 Veiligheidsinformatie 15
1.1 Markeringen en symbolen 16
1.2 Gevaarlijke stoffen 16
2 Beschrijving 17
2.1 Technische specificaties 18
2.1.1 Afmetingen 18
2.2 De apparatuur uitpakken 19
2.3 Overzicht van de apparatuur 19
3 Installatie & ingebruikname 20
3.1 Aanbevolen systeemlay-out 20
3.2 De apparatuur plaatsen 20
3.3 Mechanische installatie 20
3.4 Elektrische installatie 21
3.4.1 Alarmweergave op afstand 21
3.4.2 Aansluiting MXS-DS hygrometer 21
3.4.3 Analoge outputs van MXA 21
4 De apparatuur bedienen 22
4.1 Overzicht van de bedieningsknoppen 22
4.2 De apparatuur starten 22
4.3 De apparatuur stoppen 22
5 Servicewerkzaamheden 23
5.1 Reinigen 23
5.2 Onderhoudsintervallen 23
5.3 Servicekits 24
5.4 Servicedossier 24
6 Probleemoplossing 25
Conformiteitverklaring 284

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1. Veiligheidsinformatie
Belangrijk: Stel deze apparatuur niet in werking voordat de veiligheidsinformatie en de instructies in deze gebruikershandleiding door
alle betrokkenen zijn gelezen en begrepen.
Alleen bekwaam personeel dat is opgeleid, gekwalificeerd en goedgekeurd door Parker domnick hunter, mag de procedures
voor ingebruikname, service en hersteltaken uitvoeren.
Als de apparatuur wordt gebruikt op een manier die niet in deze gebruikershandleiding is gespecificeerd, dan wordt de veiligheid
mogelijk geschaad en komt uw garantie te vervallen.
Bij de omgang met en de installatie of bediening van deze apparatuur dient het personeel veilige werkmethoden te hanteren en
dienen alle voorschriften met betrekking tot gezondheid & veiligheid en wettelijke vereisten in acht te worden genomen.
Vergewis er u van dat de apparatuur niet meer onder druk staat en van de netvoeding is geïsoleerd voordat u één van de instructies
in het onderhoudschema van deze handleiding uitvoert.
De meeste ongevallen die zich voordoen bij de bediening en het onderhoud van machines worden veroorzaakt doordat de
elementaire veiligheidsregels en -procedures niet in acht worden genomen. Ongevallen kunnen worden vermeden door het besef dat
elke machine mogelijk gevaarlijk is.
Parker domnick hunter kan niet alle mogelijke omstandigheden voorzien die gevaren kunnen inhouden. De waarschuwingen in
deze handleiding bestrijken de meeste bekende mogelijke gevaren, maar kunnen uiteraard niet alomvattend zijn. Als de gebruiker
een voor werp, toestel, werkwijze of procedure gebruikt die niet uitdrukkelijk door Parker domnick hunter is aanbevolen, dient de
gebruiker zich ervan te overtuigen dat de apparatuur hierdoor niet beschadigd kan raken of dat er geen gevaar voor personen of
eigendommen bestaat.
Er bestaan een uitgebreide garantie en aangepaste onderhoudscontracten voor dit product. Raadpleeg uw plaatselijk Parker
domnick hunter verkoopkantoor voor een aangepast onderhoudscontract dat in uw specifieke vereisten voorziet.
Voor informatie over uw nabijgelegen Parker domnick hunter verkoopkantoor, bezoek de website: www.parker.com\gsfe

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1.1 Markeringen en symbolen
De volgende markeringen en internationale symbolen worden gebruikt op de apparatuur en in deze gebruikershandleiding:
1.2 Gevaarlijke stoffen
De kamers van de droger zijn gevuld met het droogmiddel DRYFIL. Dit is een krachtig droogmiddel, dat de lucht, ogen, neus
en mond kan uitdrogen.
Als het droogmiddel met de ogen of huid in aanraking komt, moet u de getroffen zone met heel veel water wassen.
Aangezien DRYFIL wat stof kan bevatten, moet een ori-nasaal masker worden gedragen wanneer men de apparatuur
bedient. Er moet voldoende ventilatie worden voorzien wanneer met een droogmiddel wordt gewerkt.
Het droogmiddel is ingedeeld als een stof zonder transportgevaar.
DRYFIL zal warmte genereren in aanraking met vocht en kan druk opwekken in een gesloten ruimte. DRYFIL moet bijgevolg
in een droge ruimte en in zijn originele verpakking worden bewaard.
DRYFIL is onbrandbaar. Brand dient in alle gevallen te worden bestreden met de middelen die het meest geschikt zijn voor
het materiaal dat de brand heeft veroorzaakt.
DRYFIL dient te worden gestort op een plaats waar dit is toegestaan.
Lees de gebruikershandleiding. May start automatically without warning
Gevaar voor elektrische schokken. Wear ear protection.
Wijst op maatregelen of procedures die, indien niet
correct uitgevoerd, persoonlijke verwonding of de
dood kunnen veroorzaken. Gebruik een hijstoestel.
Wijst op maatregelen of procedures die, indien niet
correct uitgevoerd, schade aan deze apparatuur
kunnen veroorzaken. Gebruik een vorkheftruck.
Wijst op maatregelen of procedures die, indien niet
correct uitgevoerd, een elektrische schok kunnen
veroorzaken. Volg steeds de plaatselijke afvalvoorschriften
wanneer u oude onderdelen wegwerpt.
Onderdelen van het systeem staan onder druk. Conformité Européenne.

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2. Beschrijving
Parker domnick hunter drogers met droogmiddel zijn ontworpen om vochtige damp te verwijderen uit perslucht. Zij leveren een
dauwpuntdruk van -20 ºC (-4 ºF), -40 ºC (-40 ºF) of -70 ºC (-100 ºF) in specifieke omstandigheden.
ISO 8573.1 Luchtkwaliteitsklassen
-20ºC(-4ºF)
PDP 1.3.1.*
-40 ºC (-40 ºF) PDP 1.2.1.*
-70 ºC (-100 ºF) PDP 1.1.1.*
*(indien uitgerust met een gepaste lagergelegen filtering)
De drogers bevatten kolommen uit geëxtrudeerd aluminium. Elke kolom bevat twee kamers die gevuld zijn met droogmateriaal dat de
passerende perslucht droogt. Eén kamer is in werking (droogt) terwijl de andere kamer wordt geregenereerd via het PSA-procédé
(Pressure Swing Adsorption).
Pressure Swing Adsorption (PSA)
Een kleine hoeveelheid van de gedroogde perslucht wordt gebruikt om het verzadigde drogerbed te regenereren. Gedroogde lucht
met een leidingdruk wordt via de regenererende kolom geëxpandeerd tot een atmosferische druk.
Gepatenteerde modulaire constructie
De unieke, gepatenteerde modulaire constructie van PNEUDRI laat toe dat de drogers worden ingesteld op de exacte
stroomvereisten. Door eenvoudig extra PNEUDRI-modules toe te voegen, kan de bedrijfscapaciteit van de droger worden opgevoerd
en precies op de behoeften van een systeem worden afgestemd.

MX 102 - MX110 User Guide
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2.1 Technische specificaties
Deze specificatie geldt indien de apparatuur geplaatst, geïnstalleerd, bediend en onderhouden wordt zoals in deze
gebruikershandleiding is gespecificeerd.
De vermelde stroomsnelheden gelden voor een werking aan 7 bar g (102 psi g / 0,7 MPag) met een referentie naar 20 ºC, 1 bar (a), 0%
relatieve waterdampdruk.
2.1.1 Afmetingen
Raadpleeg schema A1 in Appendix A voor afmetingen en gewichten.
Stroomsnelheid
Dauwpunt -40ºC (-40 ºF) -70 ºC (-100 ºF) -20 ºC (-4 ºF)
Model cfm m3/ min m3/ uur cfm m3/ min m3/ uur cfm m3/ min m3/ uur
MX102c 240 6,80 408 168 4,76 285 264 7,48 449
MX103c 360 10,19 611 252 7,14 428 396 11,21 673
MX103 450 12,75 765 315 8,92 535 495 14,02 841
MX104 600 17,00 1020 420 11,89 713 660 18,69 1121
MX105 750 21,25 1275 525 14,87 892 825 23,36 1402
MX106 900 25,50 1530 630 17,84 1070 990 28,03 1682
MX107 1050 29,75 1785 735 20,82 1248 1155 32,70 1962
MX108 1200 34,00 2040 840 23,79 1427 1320 37,38 2243
MX109 - - - 945 26,76 1605 - - -
MX110 - - - 1050 29,73 1783 - - -
Parameter Eenheden Mx102c – Mx103 Mx104 – Mx110
Minimale inlaatdruk bar g
(psi g / MPa g) 4 (58 / 0,4)
Maximale inlaatdruk bar g
(psi g / MPa g) 13 (190 / 1,3)
Inlaattemperatuur ºC
(ºF) 2 - 50 35 - 122
Inlaataansluiting Inch 2” 2 1/2”
Uitlaataansluiting Inch 2” 2 1/2”
Voedingsspanning V AC 100 - 240 V Ac 50 / 60hz ± 10%
Elektrische stroom W Mxs = 18 W Max Mxa = 35 W Max
Temperatuur ºC
(ºF) 2 - 45 (35 - 113)
Vochtigheid - 50% @ 40 ºc (80% Max 31 ºc)
IP-waarde - Ip65 / >nema 13
Vervuilingsgraad - 2
Installatiecategorie - Ii
Hoogte m (ft) <2000 (6562)
Geluid dB(A) <80 Dba
Voordat u de installatie voortzet en deze apparatuur in gebruik neemt:
Vergewis er u van dat de apparatuur correct is ingesteld voor de inlaatdruk en houd daarbij rekening met de drukafname die wordt
veroorzaakt door de ventielen, buizen en filters in het systeem. Houd rekening met verlies van zuiveringslucht. De droger zou typisch 1 bar
(4 psi / 0.1 MPa) onder de nominale uitgangsdruk van de compressor moeten liggen.
De spoelluchtstroom is in de fabriek ingesteld op 6 bar g (87 psi g) minimale systeemdruk. Als de minimale voedingsdruk hoger of lager is dan
dit getal, moet de spoelluchtstroom opnieuw worden ingesteld om het opgegeven dauwpunt te behouden. Neem contact op met uw lokael
Parker domnick hunter-kantoor als u hulp nodig hebt.
Vergewis er u van dat de elektrische netspanning en frequentie voldoen aan de vereisten in deze specificatie en op het fabriek-splaatje.

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2.2 De apparatuur uitpakken
De volgende onderdelen werden met uw apparatuur meegeleverd:
* Alleen voor DDS-drogers.
Raadpleeg uw plaatselijk Parker domnick hunter kantoor indien onderdelen ontbreken of beschadigd zijn.
2.3 Overzicht van de apparatuur
De droger heeft de volgende hoofdonderdelen (zie schema A3 in Appendix A):
De demper moet worden verwijderd vóór het uitpakken.
Neem de apparatuur uit haar verpakking zoals is aangegeven in fotovolgorde A2 in Appendix A van
deze gebruikershandleiding en controleer of ze niet werd beschadigd tijdens het transport.
Beschrijving Aantal
MX-droger 1
Testcertificaat droger 1
Testcertificaat hygrometer* 1
Nr. Identificatie Nr. Identificatie
1 Meter kolom A 5 Elektriciteitskast
2 Meter kolom B 6 Inlaatpoort
3 Weergave 7 Demperassemblage
4 Uitlaatpoort