Subscribe to Our Youtube Channel
Related Manuals for HygroMatik StandardLine SLH03
Summary of Contents for HygroMatik StandardLine SLH03
- Page 1 StandardLine FlexLine Electric Heater Steam Humidifiers Manual ÁSLH.ENXÈ SLH.EN E-8881160...
- Page 2 Current version of this manual to be found on: www.hygromatik.com HygroMatik GmbH grants the legal user of this product [or device] the right to use the Work(s) solely within the scope of the legitimate operation of the product [or device]. No other right is granted under this licence.
-
Page 3: Table Of Contents
1. Introduction ........................6 1.1 Typographic Distinctions ....................6 1.2 Documentation ........................6 1.3 Symbols in Use ......................... 6 1.3.1 Specific Symbols related to Safety Instructions ............. 6 1.3.2 General Symbols ......................6 1.4 Intended Use ........................7 2. Safety Instructions ......................8 2.1 Guidelines for Safe Operation ................... - Page 4 6.4 Water discharge ........................ 26 6.5 Water connections final check ................... 27 7. Electrical connection ......................28 7.1 Electrical installation approach ..................28 7.2 Cable connections ......................29 7.3 Safety interlock ........................29 7.4 Control signal ........................30 7.4.1 1-step operation ......................30 7.4.2 Operation with an active humidity sensor or external controller ........
- Page 5 11.4 Wiring Diagrams ......................49 11.4.1 SLH ..........................49 11.4.2 SMainboard inputs and outputs ..................53 11.5 Control operation ......................54 11.5.1 Principal user guidance ....................54 11.5.2 Menu structure ......................54 11.5.3 Menu tree ........................55 11.6 The control panel ......................56 11.7 Navigation within a menu ....................
-
Page 6: Introduction
Retention Please retain these operating instructions in Dear Customer, a secure, always accessible location. If the Thank you for choosing a HygroMatik steam product is resold, turn the documentation humidifier. over to the new operator. If the documenta- tion is lost, please contact HygroMatik. -
Page 7: Intended Use
HygroMatik electric heater steam humidifiers serve for steam production based on tap water, partially softened water or fully desali- nated water/cleaned condensate. Proper usage also comprises the adherence to the conditions specified by HygroMatik for: • installation • dismantling •... -
Page 8: Safety Instructions
Water is constantly and automatically filled Ensure that the system/machine in which the and drained in the humidifier. Connections HygroMatik installation kit will be installed fully and water-carrying components must be complies with the provisions of the directives checked regularly for correct operation. -
Page 9: Mounting, Dismantling, Maintenance And Repair Of The Unit
(such as grounding resistance). The HygroMatik steam humidifier is IP20 pro- tected. Make sure that the unit is not object to Use only original fuses with the appropriate dripping water in the mounting location. -
Page 10: Transport
3. Transport Time limits for filing freight claims with ship- ping companies are*: 3.1 Overview After receipt of Shipping company Please note goods Proceed carefully when transporting the Carriers no later than 4 days steam humidifier in order to prevent damage Parcel service immediately due to stress or careless loading and unload-... -
Page 11: Functional Description And Device Composition
4. Functional Description and When fully desalinated water is used, the cy- linder water is almost totally clear of minerals. Device Composition This situation guarantees a long lifetime of the cylinder(s) and the heater element(s), 4.1 Mode of Action since virtually no hardeners will fall-out and The immersion heater principle no mineral deposits will occur. -
Page 12: Operational Sequence
2 is then covered in stage 1 by the solid monitored during unit operation. In case of state relay driven in proportional mode. pump disruption, the HygroMatik steam humidifier is shut off. 4.4 Mechanical Construction With normal water quality, blow-down loss is... -
Page 13: Mechanical Installation
• Protection class IP20 • By design, HygroMatik steam humidi- fiers are not qualified for outdoor instal- lation (electronical components and water-bearing parts may be damaged) • Ambient temperature must lie between +5 and +40 °C (+41 and +104 °F) in... -
Page 14: Dimensions And Mounting Directions
370/~14.6 695/~27.4 SLH40-SLH50 590/~23.2 790/~31.1 415/~16.3 535/~21 787/~31 Detailed measurements under https://www.hygromatik.com/files/pdf/hygromatik-standardline-dimensionsv11.pdf 3D models under https://www.hygromatik.com/en/downloads Wall clearances When mounting the steam humidifier, the wall clearanc- es shown in the fig. below must be obeyed:: 5 cm / 2,0 inch... - Page 15 Mounting principle Please note • To function properly, the steam humidi- fier must hang level and plumb. • When choosing the installation loca- tion, consider the necessary distance between the unit and existing designa- ted paths. This should be at least 60 •...
-
Page 16: Unit Installation Check
5.2 Unit Installation Check Before start-up, pls. check proper unit instal- lation following the list below: Unit perpendicularly aligned in both the vertical and horizontal axis ? All clearances obeyed? Steam hose installed with a 5 - 10 % minimum incline/decline (see chap- ter "Steam line“) ? ... -
Page 17: Steam Line And Condensate Hose Layout
• Steam hose nominal diameter must not be smaller than the steam outlet of the HygroMatik steam humidifier (do not Condensate hose restrict the cross-section, otherwise back pressure will increase). Select the Steam cylinder steam hose that fits the unit. -
Page 18: Condensate Recirculation
Steam cylinder top view the condensate hose cannot be fed back into the steam humidifier.. For heater element humidifiers: Condensate return is only possible for the FLH 30-50 and all FLP unit sizes. Please contact the HygroMatik hotline. Page 18... -
Page 19: Steam Manifold
5.4 Steam Manifold Allowable pressures • Max. allowable pressure in air duct is 5.4.1 General installation guidelines 1500 Pa/.218 PSI (exemption: SLE02, SLH02, KIT E02 and KIT H02 only When installing steam manifolds, pls. follow allow for 1200 Pa/.174 PSI) these guidelines: •... -
Page 20: Recommendations For Dimensioning
5.4.2 Recommendations for dimen- Steam manifold arrangement for special sioning air duct shapings: The recommendations given below are Height of the air-conditioning duct is too flat based on homogenous air flow in the duct. for the number of steam distributors: Please note Start by arranging the steam distributors in the lower third of the air-conditioning duct (as... - Page 21 If several steam distributors are fed from one manifold, make sure that the flow velocity of max. 12 m/s is not exceeded. Example: 4xDN 40 pipes (120 kg/hour) require at least 1x DN 76 manifold. When using several steam humidifiers on one manifold, ensure (constructively, e.g.
-
Page 22: Absorption Distance Bn
5.5 Absorption Distance B • quantity of steam introduced The "absorption distance" (B ) is defined as kg/h. the distance from the steam feed to where the steam is completely absorbed in the • air speed w in m/s in air duct treated air. -
Page 23: Absorption Distance Nomogram
5.5.2 Absorption Distance Nomogram Source: Henne, Erich: Luftbefeuchtung (Air Humidification), 3 Edition 1984 (Page 101), Olden- bourg Industrieverlag, Munich Page 23... -
Page 24: Water Connection
Blow-down water must drain freely • As installation or retrofit option, the DVGW-conform HyFlow system sepa- WARNING rator is available for the HygroMatik Risk of scalding! electrode steam humidifiers (except Very hot water to be found in and around the SLE 02). -
Page 25: Operation With Softened Water
• Even if the HygroMatik steam humidi- fier is supplied with partially softened water, the remaining hardness builders can cause fine crystalline deposits. These can be set down in the sieve area of the steam cylinder bottom part and cause blocking of the sieve. -
Page 26: Water Discharge
Grounding clip functioning Guidelines for water discharge composi- tion Drain hose from pump • Use original HygroMatik water drain hose • Do not buckle drain hose Drain stub on housing •... -
Page 27: Water Connections Final Check
Please note With the optional wastewater cooling system HyCool (not available for FLP-XX-TPRO units), HygroMatik offers an option for limi- ting the steam humidifier wastewater tem- perature in order to protect thermosensitive wastewater pipe lines. By blending with tap water during blow-down, wastewater tem- perature is below 60°C (140°F) as long as... -
Page 28: Electrical Connection
The customer is responsible for monitoring Other operating voltages on request. the qualifications of the specialist personnel. Fusing General installation rules HygroMatik recommends the use of slow blowing up to middle time-lag main fuses. • All local rules concerning the imple- mentation of electrical installations... -
Page 29: Cable Connections
7.2 Cable connections 7.3 Safety interlock The table below shows the number and dimensioning of the cable connections pro- WARNING vided by the various StandardLine housing Risk of electrical shock! types. Hazardous electrical voltage! When standard wiring was made, terminal 1 Housing shows 230 VAC after commisioning. -
Page 30: Control Signal
7.4 Control signal Please note As described in the „Unit Control“ chapter, Active r.h. sensors need an external supply section „Provider level submenue and its voltage. For that purpose, terminal 3 has a parameters“, the unit control type is deter- +20 VDC offering. -
Page 31: Wiring Diagram
7.5 Wiring diagram The device-specific wiring diagrams are included in the scope of delivery. Please use them for the installation and keep them in a safe place. 7.6 Electrical installation check list Check electrical installation with respect to customer-site requirements and local power supply regulations. -
Page 32: Commissioning
8. Commissioning Step 5: Monitor unit function and check for leakage » Let unit operate for 15 to 30 minutes. WARNING » If leaks appear, switch off the unit. Risk of operating error! Start-up of the unit is restricted to expert staff only (electricians or expert personnel with equivalent training). -
Page 33: Maintenance
9. Maintenance 9.2 Safety instructions for main- tenance 9.1 General For the achievement of a long unit life span, regular maintenance is a must. Maintenance works to be performed refer to unit assem- Risk of electrical shock! blies that underlie either mechanical or elec- Hazardous electrical voltage. -
Page 34: Maintenance Frame Work When Unit Is Operated With Fully Demin. Water And Condensate . 34 9.4 Maintenance When Unit Is Operated With Tap Water Or Partially Softened Water
As a maintenance to the specific operational expe- general rule, it is preferable to operate the rience. HygroMatik recommends to check the unit with fully demineralized water since ope- opened steam cylinder 1 or 2 weeks after ini-... -
Page 35: Removal And Reinstallation Of The Steam Cylinder
9.5 Removal and reinstallation of If the steam hose is not to be disconnected, the steam hose adapter with the steam hose the steam cylinder still attached may be detached from the steam cylinder as shown in the next figures. 9.5.1 Removal of the steam cylinder »... -
Page 36: Cylinder Cleaning / O-Ring Replacement
» Lift steam the cylinder from the cylin- » Separate cylinder halves. der base. » Remove the used O-rings between the cylinder halves, in the base and in the steam hose adapter. 9.5.2 Cylinder cleaning O-ring replacement For cleaning, mechanical removal of the deposits is usually sufficient. -
Page 37: Cleaning The Connecting Hoses, Base Connections, Fine Filter And Drain Pump
» Clean both strainer. Risk of functional disruption! Use descaler or cleaning detergents only for cylinder and heater element cleaning. Do not introduce in cylinder base or apply to hoses! Prior to restarting the unit, make sure that the device assemblies in question are thoroughly flushed or rinsed. -
Page 38: Level Control Device Cleaning
9.5.4 Level control device cleaning » Insert the 2 screws remaining into the open level control device enclo- sure mounting holes while position- Hose connection ing the ground wire connection stub eyelet under the lower left screw. Mounting screws » Handtighten all of the screws. -
Page 39: Reinstallation Of The Steam Cylinder
9.5.6 Reinstallation steam » Affix the steam hose adapter with cylinder the clip. » Place the cylinder vertically in cylin- der base. » Follow the handling instructions in the section Leakage test. Risk of functional disruption! » Reconnect connector halves. Risk of material damage! Loose cable connections may result in increased transition resistance and contact... -
Page 40: Removal And Installation Of Unit Components
9.6 Removal and installation of Reinstallation unit components » Moisten the new O-ring (33) and insert into cylinder base (37) hori- zontal stub. 9.6.1 Blow-down pump (removal, cleaning, reinstallation) » Push pump back into cylinder base and bolt to bottom plate encorporat- Removal and cleaning ing the vibration buffer (42) and washers saved during removal. -
Page 41: Solenoid Valve (Removal, Reinstallation)
9.6.2 Solenoid valve (removal, rein- 9.6.3 Heater element replacement stallation) Removal Removal » Remove and open steam cylinder as » Shut off water supply and disconnect described in the Removal of the tap water hose cap screw connection. steam cylinder section. »... -
Page 42: Thermo Switch Replacement (For Heater Elements)
9.6.4 Thermo switch replacement (for Reinstallation heater elements) » Install replacement thermo switch with a new sealing. » Properly connect the capillary tube to the heater element. In case of humidifiers with several heating ele- ments, the capillary tube is attached to three heating elements. -
Page 43: Inspection Of Wiring Connections And Heater Element Wiring
9.7 Leak test Thermo switch(es) on steam cylinder cover. After the unit has cooled down, the thermo switch that has triggered may be identified by Risk of electrical shock! passage measurement, as long as it is a Hazardous electrical voltage! thermo switch on a steam cylinder. -
Page 44: Functional Check
9.8 Functional check » Run the system with maximum out- put for a couple of minutes » Check hose connections and seals for leakage. Finishing maintenance » Reattach unit housing cover » Reset service interval Reset service interval: After finishing substantial maintenance work, the service interval „Steam amount“... -
Page 45: Dismantling
Dismantling Once the steam humidifier will no longer be used, dismantle (demolish or scrap) it by fol- lowing the installation procedures in reverse order. WARNING Dismantling of the unit may only be per- formed by qualified personnel. Electrical dis- mantling may only be performed by trained electricians. -
Page 46: Unit Control
PCB. Another relay serves for sig- nalling purposes (factory setting is „collective Operation of the HygroMatik steam humidifier fault“). is under microprocessor control. As an ordering option, for provision of 2 addi-... -
Page 47: Safety Interlock
Please note bling is issued in case of minimum water level underrun. Factory setting leaves the safety interlock open! Intrinsic safety HygroMatik steam humidifiers comply with intrinsic safety requirements in that the elec- Install contact interlocks, e.g. max. trical power supply may be cut by two hygrostat, vane relays, pressure controllers, devices. -
Page 48: Operation With An Active Humidity Sensor Or External Controller
Humidity sensor with higher current requirement The circuit board provides a maximum of 30mA. If this is not sufficient for the con- nected humidity sensor, use the option of a 20 VDC transformer to supply the sensor with power. Customer-provided contact for 1-step operation 11.3.3 Wiring for control signal and safety (interlock) system for... -
Page 49: Wiring Diagrams
11.4 Wiring Diagrams 11.4.1 SLH Page 49... - Page 50 Page 50...
- Page 51 Page 51...
- Page 52 Page 52...
-
Page 53: Smainboard Inputs And Outputs
11.4.2 Mainboard inputs and out- ST03 ST08 ST12.1 puts Customer side interfaces Inputs ST08: ST13 ST01 Possible external controller signals ST15 0(2) - 5 V DC min. 0,1 mA** ST09 0(2) - 10 V DC min. 0,2 mA** 0(4) - 20 V DC min. -
Page 54: Control Operation
11.5 Control operation User level 11.5.1 Principal user guidance From standard display (actual steam output), user level may be accessed by pressing any On powering up the steam humidifier, the key on the control panel. On user level, software version is shown in the display for a among other information, reading values r01 few seconds. -
Page 55: Menu Tree
11.5.3 Menu tree User level Provider level r01 Status 1-1 Power reduction r02 Error 1-2 Control signal r03 Act. steam output [kg/h] 1-Control 1-3 Correction of input stage r04 Act. steam output [lb/h] 1-4 Filter input stage r05 Actual current [A] 1-7 Output signal r06 Filling level [mm] r07 Internal demand [%]... -
Page 56: The Control Panel
11.6 The control panel Icons state table permanently lit flashing Steam produc- Cylinder full tion active In conjunction with error icon: Fault steam pro- duction Main contactor Fault main con- active tactor The control panel comprises 3 sections: • the ESC, SET, control keys Filling active Fault filling... -
Page 57: Navigation Within A Menu
11.7 Navigation within a menu Provider level code entry and setting a parameter „ / “ » Using the keys, scroll until User level entry „P00“ is displayed and confirm with the SET key. „00“ is displayed. Standard display during normal operation is »... -
Page 58: Tabular Representation Of Reading Value List And Provider Level Submenus
11.8 Tabular representation of reading value list and pro- vider level submenus For a detailed description, pls. refer to the respective sections within this chapter. 11.8.1 The reading value list From normal operation, the user may access the reading value index „r01“ (Status) by pressing any key. -
Page 59: Provider Level Submenus And Relating Parameters
11.8.2 Provider level submenus and relating parameters Detailed parameter descriptions may be found in the section „Detailed parameter description“ further down in this chapter. The „Setting options“ column indicates the preset- tings available or the range of values to be chosen from. - Page 60 Submenu „Blow-down“ (Group 2) Par. Denomination Setting options Code Correction partial blow-down -5...+5 Fs = 0 Correction full blow-down -5...+5 Fs = 0 Switch stand-by blow-down 0=off, 1=on Fs = 1 Waiting time stand-by blow-down 0.1...48.0 Fs = 24.0 Switch dead leg flushing 0=off, 1=on Fs = 0 Interval dead leg flushing [h]...
- Page 61 Submenu „Functions“ (Group 5) Par. Denomination Setting options Code Switch stand-by heating 0=off, 1=on Fs = 0 Interval stand-by heating [min] 1...999 Fs = device dependant Stand-by heating [s] 1...999 Fs = device dependant Basic relay 0 = collective fault 1 = stand-by 2 = no demand 3 = humidifying...
-
Page 62: Exemplary Variation Of A Parameter Setting
11.9 Exemplary variation of a parameter setting Example: Control signal is to be changed from „Ext. controller, 0 ...10V“ („1-2“ = „1“) to „PI controller, 0 ...10V“ („1-2“ = „4“). Please note The steps below make an essential change to a control parameter. If this is not intended, be sure to reestablish the original setting after changing it for exercising purposes. -
Page 63: Detailed Description Of The User Level Reading Values And Settings
20 s time frame, „No Modbus“ is shown as the device status and steam production is stopped (for details, see dedicated Modbus docu- mentation available from HygroMatik GmbH). Stand-by When in stand-by heating mode, status code 07 is heating displayed during steam production. - Page 64 Reading value Explanation Blow-down cate- Initial blow- After switching the device on, a blow-down gory down sequence is run with the parameter set for partial blow-down. Partial blow- A partial blow-down is run in order to achieve cylin- down der water concentration reduction. In order to dilute the concentration of the cylinder water, the control performs regular partial blow-downs.The blow-down icon in the display is lit.
- Page 65 Reading value Explanation Service category Service The service threshold for the steam amount pro- steam duced as preset in 3-3 (SI units) or 3-4 (imperial amount units) was exceeded. The service icon in the display is permanently lit for the time the message is active. The status message may be reset by setting param- eter 3-1 to „1“.
- Page 66 Reading value Explanation r14 mA-Signal Input signal measured at terminal ST806 [mA] r15 Ω-Signal Input signal measured at terminal ST807 [Ω] r16 Service_ Code Bezeichnung Bedeutung Status No message There is no service message. Steam_amou The maintenance interval has expired. nt counter Cycles_main_ The maximum number of operating cycles for the...
-
Page 67: Detailed Parameter Descriptions
11.11 Detailed parameter descriptions Group Par. Denomination Description Control Steam output Steam output limitation allows scaling down the max. limitation (steam) output within a range of 25 to 100 %, which may be necessary for a better control performance. The actual steam output is determined by the control signal.The steam output can be set to a value between 25% and 100% of nominal output using the steam generation output limita-... - Page 68 Group Par. Denomination Description Blow-down Correction par- In case of high electrical conductivity of water or excessive tial blow-down maintenance effort, increasing the blow-down frequency may be meaningful. When conductivity is low, however, a lower blow-down frequency may be adequate. To cope with different water qualities, blow-down rates may be adapted within a range of 10 stages (factory presetting is „0“).
- Page 69 Group Par. Denomination Description Blow-down Steam-down This parameter serves for monitoring proper unit function- time ing.This setting could be useful if the power supply line is (contd.) routed through a sensitive residual-current circuit breaker. When steam production is called-for by the control soft- ware, a cylinder filling variation must be detectable within the timespan defined by „2-9“.
- Page 70 Group Par. Denomination Description Functions Switch stand- Stand-by heating is enabled or not (0= off, 1=on). by heating Interval stand- Parameter 5-2 determines the interval time between heat- by heating ing phases when stand-by heating was enabled. On-time Stand- Parameter 5-3 sets the heating on-time when stand-by by heating heating was enabled.
- Page 71 Group Par. Denomination Description Functions Basic relay (60) Blow-down off: Relay is energized when not pumping. allocation (61) Blow-down on: Relay is energized when pumping (contd.) takes place. (62) Partial blow-down: Relay is energized when a partial blow-down is run. (63) Full blow-down: Relay is energized when a full blow- down is run.
-
Page 72: Trouble Shooting
12. Trouble shooting On „Steam production“, „Main contactor“, „Filling“ and „Blow-down“ faults, the respec- 12.1 Error handling tive icon is additionally blinked. On occurance of a fault, steam production is stopped. The control panel display is switched to error code output. In the same 12.1.1 Table of possible faults and instance, the general fault icon starts... - Page 73 Icons Error message Possible cause Counter measure Filling • Solenoid valve or water • Clean water supply line supply line contaminated or and/or solenoid valve; re- Filling was not successful, defective place solenoid valve, if i.e. the expected filling level defective was not achieved after a •...
- Page 74 Icons Error message Possible cause Counter measure Blow-down fault, relates to: • Blow-down pump not driv- • Partial blow-down electrical wiring not o.k. - Check wiring and re- • Full blow-down Main PCB relay not ener- place, if required Dilution gized - Measure voltage on main PCB terminal 10...
- Page 75 Icons Error message Possible cause Counter measure Main contactor cylinder full • Main contactor contact • Replace main contactor „Cylinder full“ is detected sticks • Measure voltage across though main contactor is not driven terminal 9 and N. (only for electrode steam humid- Replace PCB, if required ifiers) •...
- Page 76 Icons Error message Possible cause Counter measure Steam down time • Heater element is defec- • Measure heater ele- Heater element (s) is/are tive ment resistance, replace driven but water level heater element, if rquired. remains constant Typical resistance va- (only for heater steam humidifiers) lues are:...
- Page 77 Icons Error message Possible cause Counter measure Main contactor coil • Relay K4 on main PCB is • Check main contactor, Voltage detected across coil stuck replace it if required though main contactor is not driven by control logic • Measure voltage across (only terminal 9.1 and 9.2.
-
Page 78: Table Of Functional Disruptions
12.2 Table of functional disrup- tions Problem Possible cause for faulty situation Counter measure • Output limitation parameter setting impeds • Check 1-1 parameter setting Set humidity level not reached full power output • Nominal unit output insufficient • Check unit technical data, air- flow and secondary airflow •... - Page 79 Problem Possible cause for faulty situation Counter measure • Hose clamps on steam and/or condensate • Tighten clamps Water leaks from steam cylinder hose not tightened upper part • Steam hose adapter not properly fit or • Replace O-ring (if required) and ring not replaced ensure proper adapter installa- tion...
- Page 80 Problem Possible cause for faulty situation Counter measure • • No steam exit Steam pipe improperly laid (water bag). Rerun steam hose according to from steam mani- guide lines fold • • Water exits peri- Excess pressure in duct system (max. over- Consult your expert dealer if odically from pressure is 1200 Pa/.17 psi)
-
Page 81: Declaration Of Conformity
13. Declaration of conformity Page 81... -
Page 82: Spare Parts
14. Spare parts SLH03 SLH06 SLH09 SLH15 SLH25 SLH40 SLH50 Article No. Description Steam generation 208-240 V SP-03-01100 Heating element CY08 3kg 208-240 V, incl. gaskets SP-03-01101 Heating element CY08 6kg 208-240 V, incl. gaskets SP-07-01100 Heating element CY17/45 5kg 208-240 V, incl. gasket Steam cylinder without SuperFlush nozzle SP-03-01010 Steam cylinder SLH03 CY08 208-240 V, compl. - Page 83 „Contact“ tab. Your spare parts order may as well be directed per e-mail to the HygroMatik main office using the address hy@hygromatik.de. Please make sure to specify your unit model and serial number.
- Page 84 This page intentionally left blank Page 84...
-
Page 85: Technical Specifications
15. Technical specifications Technical specifications StandardLine heater SLH06 Unit type SLH03 SLH09 SLH15 SLH25 SLH40 SLH50 Steam output [kg/h] 15,0 25,0 40,0 50,0 2,7 - - 3,3 5,5 - - 6,5 5,4 - - 6,5 8,1 - - 9,7 13,7 - - 16,4 22,7 - - 27,1... -
Page 86: Exploded View
16. Exploded view The index numbers in the figure corre- spond to the spare parts list. The figure following shows the SLH25 The number of steam outlets and the model composition. The number of cyl- size of their connections can be found inders and heater elements vary with in the technical data. -
Page 87: View Of Housing
17. View of housing This figure shows an example of one of the smaller unit sizes of the StandardLine series. Page 87... - Page 88 Lise-Meitner-Str.3 • D-24558 Henstedt-Ulzburg Phone +49(0)4193/ 895-0 • Fax -33 eMail hy@hygromatik.de • www.hygromatik.com member of CAREL Group Ein Unternehmen der Gruppe 100%...
Need help?
Do you have a question about the StandardLine SLH03 and is the answer not in the manual?
Questions and answers