Steam QM-3 Steam Quality Monitor Installation and Operation Manual

Transcription

1 Steam Quality Monitor Installation and Operation Manual Keep this manual with equipment for future reference.

2 Armstrong Contents Revision History...1 Safety...2 Abbreviations and Acronyms...3 General Description...4 Calorimeter Assembly Cabinet Exterior Cabinet Interior Specifications Installation...9 General Considerations (Site Selection) Typical Installation Start-Up Procedure Software Navigation Standard Screens Special Screens Troubleshooting Component and Parts List Components Parts Product Certifications Appendix One: Wiring Diagram Appendix Two: Principle Schematic Appendix Three Data Logger Connection Appendix Four Yokogawa DX1000 Connection Appendix Five Limited Warranty and Remedy tes Maple St., Three Rivers, Michigan, USA Ph. (269) Fax (269) armstronginternational.com

3 Revision History Version Release Date Description of Changes 1 Initial Page 1 of 34

4 Safety Icon Legend Indicates Power On Indicates Power Off Indicates important information concerning potential for personal injury or damage to equipment Indicates electrical hazard Indicates hot surface Burn hazard! Uninsulated components upstream of cabinet may be hot. Do not touch when unit is working. Allow to cool before moving or servicing unit. Live steam will cause burns; condensate water may cause them. Skin exposure to 140 F (60 C) water for only five seconds may cause a second degree burn. Keep unit away from heat-sensitive equipment and installations. Shock hazard! High voltages present inside equipment. Electrical installation must be performed by qualified personnel. Disconnect power before performing any electrical service. Read this manual. It contains important information. This device must be installed in accordance with appropriate local, national, and international standards, codes, and practices. Installation should always be accompanied by competent technical assistance. Improper installation, start-up, operation, maintenance, or service may void warranty. You are encouraged to contact or its local sales representative for additional information. Service must be performed by a qualified person. Equipment must be disposed of according to applicable environmental requirements. Page 2 of 34

5 Abbreviations and Acronyms Term Meaning Explanation P Differential Pressure P1: Difference between water column in NCG vessel and atmosphere. P2: Difference between water column in condensate vessel and atmosphere. Al Alarm Indicates an out-of-limit situation, but has no impact on operation. Al1: Dryness above user-defined set point longer than two seconds. Al2: Four consecutive calculations of NCGs are over the user-defined limit. This calculated value is displayed on the main screen and updated every 30 seconds. Al3: T1 above 257 F (125 C) longer than two seconds. C cm Celsius Centimeter Df Default Indicates failure. Turns off power to heating element and opens EV0 to drain. Df4: T3 above 185 F (85 C) longer than two seconds. Df5: condensate from condenser in last ten minutes. Df6: T2 above 356 F (180 C) longer than two seconds. DIN dp EC EEC EN EV F gal h imp in. kg L lb(s) max min mm Deutsches Institut für rmung ev Differential Pressure European Community European Electrotechnical Commission European rm Electronic Valve Fahrenheit Gallon Hour Imperial [measure] Inch Kilogram Liter Pound(s) Maximum Minimum Millimeter NCG n-condensable Gases NCGmax is the limit of the NCG rate. Alarm 2 indicates the limit has been exceeded. Range is 0 15%. Default is 3.5%. P Pressure P1 is steam pressure upstream of calibrated orifice. Modbus sends data as barg even with imperial measure selected. ppm psi(g) Q QM Parts per Million Pounds per Square Inch (gauge) Steam Flow Quality Monitoring R Resistance Shown as watts. R/O sec(s) SI S T Reverse Osmosis Second(s) International System of Units Superheat T Temperature T1: Temperature after pressure reduction to atmosphere. T2: Temperature after heating resistance. T3: Temperature after condenser. X Dryness Fraction (sometimes called steam quality or moisture content) Xmin is the lower dryness limit. Alarm 1 indicates the limit has been exceeded. Range is Default is Page 3 of 34

6 General Description is intended to replace manual testing of pure steam and provide real-time data proving that steam quality meets applicable requirements. Advantages over manual testing are: Improved safety Ease of use Reduced time per test Reduced cost per test More accurate and objective results Ability to trend data over time is set up and calibrated to test for parameters defined in EN285 standard. It performs three tests: Calculating dryness Calculating superheat Quantifying non-condensable gases (NCG) (NCG measurement is performed first. If it is within range, dryness and superheat measurements will be performed.) Armstrong strongly recommends that the unit be installed in one location and not used for checking multiple steam outlets. It is possible to use one unit for multiple locations and it could be installed for portability at customer's preference. te however that: Calorimeter assemblies and cabinets are matched sets and are not interchangeable. Moving both calorimeter and cabinet to alternate locations as a unit is preferred. If one cabinet is connected to a different calorimeter, it must be recalibrated prior to use. Data from can be recorded using a data historian with Modbus output (see appendix three on p. 28 for connection information.) Materials of construction comply with all standards known at the time of manufacture. Armstrong reserves the right to make design or specification changes without notification. Page 4 of 34

7 Calorimeter Assembly te: The assembly shown below is configured for connection to a vertical steam line. Calorimeter assembly weighs approximately 11 lbs (5 kg). 21" 540 mm P1 pressure transmitter te: Sometimes P is used alone for this because there is only one pressure transmitter in the unit. Adapter Tee Calibrated orifice (inside connection) Calorimeter T1 temperature transmitter Connection to steam line Sanitary clamp Steam line from calorimeter to superheating chamber (not visible) 37" 945 mm Alternate steam line connection (if chamber must be rotated) Superheating chamber Drain (10 mm) T2 temperature transmitter Tee Steam to cabinet (flexible hose not shown) Page 5 of 34 Calorimeter Assembly

8 Cabinet Exterior Cabinet weighs approximately 42 lbs (19 kg). Handle 7.5" 190 mm Display Navigation Pad Cooling water inlet Cooling water outlet Power On indicator light RS485 connection (M12) Auxiliary (unused) connections 40" 1000 mm Steam from calorimeter Harting connector Condensate drain Wheel (back)/foot (front) 24" 600 mm Electrical connection and power switch (not visible) Page 6 of 34 Cabinet Exterior

9 Cabinet Interior NCG pressure differential sensor EV1 solenoid valve Solenoid valve LEDs NCG burette Condensate pressure differential sensor Expansion coil T3 temperature sensor Condensate burette Terminal blocks Condensate/ NCG outlet EV3 solenoid valve EV2 solenoid valve Steam from calorimeter Condenser Condensate drain EV0 solenoid valve Page 7 of 34 Cabinet Interior

10 Specifications Parameter Calorimeter operating temperature range (T1) Maximum allowable calorimeter temperature (T1) Calorimeter operating saturated steam pressure range (P1) Superheated steam operating temperature range (T2) Dryness fraction Dryness fraction accuracy n-condensable gases content 15% Condensate temperature range (T3) Operating condensate temperature (T3) Estimated steam consumption Estimated water consumption Electrical Specification F (0 150 C) 356 F (180 C) 7 60 psig (0.5 4 barg) F (0 180 C) ± 0.01 of display F (0 80 C) 149 F (65 C) 3.3 lbs/h ( psig (3 barg) 4 gal/h (15 50 F (10 C) 115/230 VAC 50/60 Hz 100 W Page 8 of 34 Specifications

11 Installation General Considerations (Site Selection) Ambient temperature must be 5 60 C ( F) Relative humidity must be 30 80% Altitude must not exceed 2000 m (6562 ft) Attachment to vertical steam line is optimal. Connecting to top of horizontal line may result in elevated dryness readings. Attachment to horizontal steam line must be at center line or above. Superheating chamber must be installed within 45 of vertical to front or back. Mounting both calorimeter and cabinet is required. Cabinet must be mounted on a wall. Mounting hardware is supplied. Unit must be installed proximate to: Cooling water supply Drain Grounded power source with required voltage (alternative grounding of unit is permissible, but grounding is required) Use one or both sections of flex hose provided depending on installation Length must not exceed 3 m (79 in.) Hose must run down from calorimeter assembly to cabinet with no low spots where pools of condensate could form te: Where necessary outlet on heating chamber can be rotated 180 to accommodate left or right cabinet position. See instructions below (p. 11). Page 9 of 34 General Considerations (Site Selection)

12 Typical Installation te: Unit is shipped assembled for vertical steam line as shown below. Connecting to top of a horizontal line will require changing some components as shown on following page. Installation is highly variable based on site requirements. Connections shown below are typical. Contact Armstrong for variations as required. 1 If steam line has no connection, install ½" valved connection. 2 If connecting to an existing steam line connection, outlet must be valved. 3 Assemble calorimeter. For vertical or side of horizontal steam line Install provided insulation. Pressure transmitter must not be installed down. Optimal position is up. Confirm that calibrated orifice is between tee and calorimeter. Operating unit without calibrated orifice in place may allow high pressure steam to enter unit causing personal injury. Consequent damage to equipment is not covered by warranty. Rotate superheating chamber if necessary (see instructions next page). Page 10 of 34 Typical Installation

13 For top of horizontal steam line Confirm that calibrated orifice is between tee and calorimeter. Operating unit without calibrated orifice in place may allow high pressure steam to enter unit causing personal injury. Consequent damage to equipment is not covered by warranty. Install provided insulation. Steam line connection Rotate superheating chamber if necessary (see instructions below). 4 Rotate superheating chamber if necessary. a Loosen linking pipe connections and remove from heating chamber b Loosen clamp between calorimeter and heating chamber. g Tighten clamp e Reattach linking pipe f Screw plug on unused connection c Remove plug from alternate connection point d Rotate heating chamber 180 Page 11 of 34 Typical Installation

14 5 Connect calorimeter to steam line (½" x 1½" adapter supplied) and secure. te: Distance from main steam line to calorimeter assembly inlet should not exceed 6" (152 mm). Extending distance may affect test results. 6 Position cabinet and attach flex hose between heating chamber and cabinet using gaskets provided. te: Avoid low spots where condensate could collect. 7 Connect sensor cables to cabinet. te: securing sensor cables to calorimeter assembly to relieve stress is recommended. 8 Connect cooling water supply (push in fitting to insert or remove tubing). Maximum inlet pressure is 90 psi (6 bar). te: Armstrong recommends deionized, R/O, or softened water, although tap water is permissible. 9 Plumb cooling water and both condensate discharges to drain. Condensate water may be hot (up to 212 F [100 C]). Plumb with appropriate material. Cabinet condensate line must be below discharge of EV0. Page 12 of 34 Typical Installation

15 10 Confirm voltage (shown above power switch). te: Unit is shipped set to 220/230 VAC. 220 Main power switch To change voltage: Power cord connection b Pull out white voltage module Rotate module 180 and reinsert a Release tab and pull out fuse cover. 220 c Reinstall cover. te: If main power voltage was changed to 110/115 VAC, change setting on calibration menu screen to change display. See "Calibration Menu Screen" on p If connecting to a control system or data logger, interface RS485 (M12) with Modbus protocol. te: Modbus settings may need to be changed; see "Advanced Setting Menu" on p. 17. (See appendix three on p. 28 for Modbus connection information.) Page 13 of 34 Typical Installation

16 Start-Up Procedure 1 Confirm all connections: Power Cooling water inlet Cooling water outlet Condensate drainage from EV0 and heating chamber Sensor lines 2 Open cooling water supply. 3 Turn on unit. Indicator light will come on and main screen will display. 4 Slowly open steam valve upstream of calorimeter. Caution: Uninsulated components outside cabinet will become hot once steam is applied. te: Parameters will display in about 10 minutes (may require up to 30 minutes if condenser is empty). 5 Check for leaks and tighten connections as necessary. Page 14 of 34

17 Software Navigation Standard Screens EN285 Screen (Main Screen) te: During initialization, a progress bar is displayed until readings become available. Arrow keys navigate in a screen or in some cases access special screens as defined later. Gear symbol accesses settings menu. Exclamation point indicates an active alarm or default condition. Press "OK" to accept changes. Line 4 shows navigation for option keys. X NCG [%] 3.1 S T [ F] 41! Ringing bell symbol accesses alarm settings. Down arrow symbol displays subsidiary EN285 screen. Option keys P [psi] 45 NCG [ppm] 18.3 Q [kg/h] 1.3 EN285! EN285 returns to initial screen. Page 15 of 34 Standard Screens

18 Main Settings Menu Scroll settings using up/down arrows ( or ). Move arrow to value (activate selection) by pressing right arrow ( ). Arrow ( >) indicates active parameter. Setting > Xmin 0.85 EN285 With arrow ( >) at left of digits, change value by pressing up/down arrows ( or ). To save change press left arrow ( ) or exit screen. NCGmax 3.5 Unit imp Unit switches between imperial and SI units. Alarm Menu Alarm indicates an out-oflimit situation, but has no impact on operation. Active alarm or default indicated by number "1." Al1 > 0 Df4 0 Al2 0 Df5 0 Al3 0 Df6 0 EN285 Default indicates failure. te: A default condition turns off power to heating element and automatically opens EV0 to drain. To reset alarm or default: Navigate arrow ( >) to alarm or default using arrow keys ( ) as appropriate. Press "OK." te: Alarms and defaults cannot be reset over Modbus connection. Page 16 of 34 Standard Screens

19 Special Screens Code Menu Access menu by pressing and at same time. Navigate between digits by pressing or. -> Change value for digit by pressing or. Press "OK." Advanced Setting Menu Access code is 007. Scroll using up/down arrows ( or ). Activate selection by pressing right arrow ( ). With arrow ( >) at left of digits, change value by pressing up/down arrows ( or ). Press left arrow ( ) to save change. Arrow ( >) indicates active parameter. "logger Add" specifies Modbus address of data logger (default is "1"). -> logger Add 1 Freq NCG 1 min Page 17 of 34 Special Screens

20 Sensor Information Screen Access screen by pressing and at same time. Scroll using up/down arrows ( or ). Activate selection by pressing right arrow ( ). With arrow ( >) at left of digits, change value by pressing up/down arrows ( or ). Press left arrow ( ) to save change. te: Information displayed is real time values, which may be irrelevant if unit is not connected to steam. This screen is for information only, and is intended for use during commissioning, debugging, etc. Values cannot be changed on this screen. P1 3.0 T P1 208 T P2 225 T Rheater X value. Displays: 2000 during initialization 10 if T1 < 212 F (100 C) (no steam) > 1000 if superheated steam (dryness fraction x 1000) during normal operation Calibration Menu Screen te: This screen is shown only for voltage change. See p. 13. Access code for this screen is 152. Navigation is same as screen above. Calibration Pressure P1 0barg 3barg EV Page 18 of 34 Special Screens

21 Troubleshooting Components and water may be hot. Disconnect power before performing electrical work. If problem cannot be resolved, contact Armstrong. Power Light /Display Off Power switch on? Turn on switch. Power light on? Check power cable. Check fuses in switch. Check F2 fuse. Check switch on circuit board. NCG Burette Overflowing Exit tubing full of water? Check for plugged line. 1. Remove tubing to burette. 2. Remove water from tubing. 3. Replace tubing. Q value > 6.6 lbs/h (3 kg/h)? Reduce steam pressure below 60 psi (4 barg). Water in burette? 1. Remove tubing to burette. 2. Remove water from tubing. 3. Replace tubing. 4. If dp2 not working, contact Armstrong. Check for missing calibrated orifice. Condensate draining? Check EV2 (see Solenoid Valve on p. 23). 1. Remove tubing from dp1 to burette. 2. Remove water from tubing. 3. Replace tubing. 4. If dp1 not working, contact Armstrong. 1. Remove tubing to burette. 2. Remove water from tubing. 3. Replace tubing. 4. If dp2 not working, contact Armstrong. Page 19 of 34

22 Condensate Burette Overflowing 1. Remove tubing from burette. 2. Remove water from tubing. 3. Replace tubing. Check EV2 (see Solenoid Valve on p. 23). Default 4 (T3 > 185 F [85 C] > 2 secs) te: Access Sensor Information screen (see p. 18) to see these values. Cooling water plumbed? Plumb cooling water. T3 > 149 F (65 C)? Reset Df4. T3 < 302 F (150 C)? Check: 1. Wire connections 2. Wires 3. Calibration Water circulating? Check EV3 (see Solenoid Valve on p. 23). Check tubing for blockage. Check for plugged condenser. Check: 1. Cooling water temperature 2. Cooling water pressure 3. Orifice 4. T1 5. Df6 Page 20 of 34

23 Default 5 (no condensate for 10 min.) te: Access Sensor Information screen (see p. 18) to see these values. P1 > 15 psig (1 barg)? Valve just upstream from calorimeter is closed or not fully open. Inadequate steam supply. T1 > 210 F (99 C)? Check calibrated orifice for obstruction. T2 > 210 F (99 C)? Contact Armstrong. Condensate burette full? 1. Remove tubing to burette. 2. Remove water from tubing. 3. Replace tubing. Check tubing from burette for plug. Check EV2 (see Solenoid Valve on p. 23). Reset Df5 (opens EV0). T3 increasing? Check EV0 (see Solenoid Valve on p. 23). Condensate filling burette? Check EV2 function (solenoid, wiring, etc). Check for plugs: Coil Burette Tubing (remove and clean or replace as necessary) Condensate overfilling burette? Wait for unit to cycle. (Contact Armstrong if it does not.) Check EV2 (see Solenoid Valve on p. 23). 1. Remove tubing to burette. 2. Remove water from tubing. 3. Replace tubing. Go to NCG Burette Overflowing. Page 21 of 34

24 Default 6 (T2 > 356 F [180 C] > 2 secs) te: Access Sensor Information screen (see p. 18) to see these values. T1 < 356 F (180 C)? Steam pressure > 60 psig (4 barg)? Too much superheat present. Reduce steam pressure below 60 psig (4 barg). T2 < 356 F (180 C)? Check T2. 1. Calibration 2. Wiring connections 3. Wires Check heating element function. Reset Df6. Page 22 of 34

25 Solenoid Valve te: See principle schematic (appendix two on p. 27) to ascertain whether applicable valve is normally open or closed. Solenoid Valve LEDs (Located on upper right inside wall of cabinet.) EVØ EV1 EV2 EV3 LED illuminated? Check all connections and wiring upstream of LED. Voltage to valve? Check F1 fuse. Check all connections and wiring between LED and valve. te: Use a magnetic detector or lift coil slightly. Caution: Do not completely remove an energized coil. It will burn out! Magnetic field present at coil? Check: 1. Contacts 2. DIN connector 3. All wiring connections Coil burnt/melted or cold with power present? Replace coil. Replace solenoid valve or call Armstrong. Page 23 of 34

26 Component and Parts List Components Number D44158 D43805 D44160 D44212 D46182 D46183 D53336 Description Stainless Steel Tee Assembly Insulation Jacket (2 pcs) Stainless Steel Wall Mount Package (includes all of the above) Yokogawa Data Logger, Flush Panel Mounting Yokogawa Data Logger, Desktop Type Unit SteamLog ewon datalogger Assembly Parts Number Description D49150 Calorimeter Assembly D46737 Condenser Assembly D44124 Main Board with Display D44125 Relay Board D44126 Vessel n-condensable Gases Assembly D46738 Vessel Condensate Flow Assembly D44110 Temperature Transmitter (T1 and T2) D44117 Pressure Transmitter D44118 Heating Element D /2 Solenoid Valve (EV0) D /2 Solenoid Valve (EV1 and EV3) D /2 Solenoid Valve (EV2) D44122 Temperature Transmitter (T3) D44123 Differential Pressure Sensor ( P1 and P2) D40020 Orifice Plate with Gasket D52989 SteamLog ewon datalogger D53335 Gasket PTFE for 1/2'' flexible hose (10 pcs) Page 24 of 34

27 Product Certifications Directives Electromagnetic Compatibility Directive: 89/336/EEC, 2004/108/EC Low Voltage Directive: 73/23/EEC, 2006/95/EC Machinery Directive: 98/37/EC Amending Directive 89/392/EEC Conforms to the following standards: EN : Electromagnetic compatibility generic requirements (residential, commercial and light industries) EN 55022: class B (conducted and radiated emission limits) EN : Electromagnetic compatibility (EMC) Generic standards Immunity for industrial environments EN : Radiated, radio frequency, electromagnetic field immunity test EN : Immunity to conducted disturbances induced by radio frequency fields EN : Electrical fast transient/burst immunity test EN : Surge immunity test EN : Electrostatic discharge immunity test EN : Safety of machinery Electrical Equipment of machines Part 1: General requirements EN 292 Parts 1 & 2: Safety of machinery basic principle mechanical design Page 25 of 34

28 EV0 EV1 EV2 EV /L1 0-10V RC Supply line line line 2/T1 (B) (A) RS485 X11 RL1 RL2 X1 X S3 X12 X9 RL3 RL /01 RL5 RL6 X10 25 X14 24 RL7 RL8 X3 X X5 14 X X X B A 2 1 J U J J5 Ref: /04 X1 X3 SW VT R1=10k R2=10k 3 1 J6 J8 J PE PE RS+ GR RS brown violet grey bleu shielded cable DP1 DP shielded cable shielded cable T3 supply plug electrical door mechanical door F1 F2 F3 load load load EV0 EV1 EV2 EV WARNING DEFAULT T24 red 2x 12V black yellow orange violet brown grey blue T12 red black yellow orange V White brown 2 1 Blue 3 4 Black R P1 T2 T1 Shielded cables Harting s plug To the calorimeter Voltage Selector 115Vac- 230Vac F1 PE F Supply 230VAC Line L Ground Neutral N C Appendix One: Wiring Diagram Page 26 of 34

29 Appendix Two: Principle Schematic P2 P1 Condensate burette NCG burette EV1 2 orifices, 2 positions normally closed EV2 3 orifices, 2 positions normally closed T3 EV3 2 orifices, 2 positions normally closed Condenser EV0 3 orifices, 2 positions Page 27 of 34

30 Appendix Three Data Logger Connection te: The information on this page applies to any data logger. A 9 ft (3 m) cord is provided with an M12 connector for cabinet connection. Cord end #2, Gnd (white) The logger end of the cord must be wired by the customer. #1, RS - (A) (brown) #3, RS + (B) (blue) Program the logger with the following information. te: The slave address is defined in the 's Advanced Setting Menu, see p. 17. #4, Gnd (black) Parameter Baud Rate Data Length Parity Handshaking Address Value 9600 bauds/sec 8 bits ne N/A Master Data are sent in different registers as shown in the table below using Modbus function 16 (0x10). All values are SI units. If conversion is required, it must be done manually. Decimal values are not used. Readings are shown as whole numbers, e.g., 19.2 will show as 192. Register Name Factor Unit Data Type T1 x 10 C (Integer value) T2 x 10 C (Integer value) P1 x 10 bar[a] (Integer value) X x 1000 N/A (Integer value) Q x 10 kg/h (Integer value) % NCG x 10 N/A (Integer value) Alarms N/A N/A Bit 1: Alarm 1 Bit 2: Alarm 2 Bit 3: Alarm 3 Bit 4: Default 4 Bit 5: Default 5 Bit 6: Default 6 Bit 7: t used Bit 8: t used Page 28 of 34 Data Logger Connection

31 Appendix Four Yokogawa DX1000 Connection te: This information is provided because the DX1000 is commonly used as the data logger with the. 1 2 Wire the cord to the DX1000 as shown. Set up serial communication: Press "MENU" Hold "FUNC" for 3 seconds Select "Menu" tab Select "Communication (Serial)" tab Select "Basic settings" tab Enter parameters shown on previous page Brown Blue White Black SD A SD B RD A RD B SG GR 3 Set up Modbus Slave Function: Press "MENU" Hold "FUNC" for 3 seconds Select "Menu" tab Select "Communication (Serial)" tab Select "Command settings" tab Set all parameters to "Off" 4 Set values for constants: Press "MENU" Select "Menu" tab Select "Math channel" tab Select "Constant" tab Enter values from table Constant Value K K K03 9 K04 5 K05 32 K K07 1 K Page 29 of 34 Yokogawa DX1000 Connection

32 5 Set up computation channel: te: DX1000 automatically saves Modbus registers under specific names, e.g., is C01 as shown in accompanying table. Press "MENU" Select "Menu" tab Select "Math channel" tab Select "Expression, Alarm" tab Register Name Factor Unit Variable Name T1 x 10 C C T2 x 10 C C P1 x 10 bar[a] C X x 1000 N/A C Q x 10 kg/h C % NCG x 10 N/A C11 6 Define calculation rules. Examples are shown in the accompanying table. Units, formatting, etc., may be changed as required for individual needs. Channel Content Data Format SI [imp] SI Formula Imperial Formula 101 St xx.x C [ F] C01 * K01 - K02 (C01 * K01 - K02) * K03 / K T2 xxx.x C [ F] C02 * K01 C02 * K01 * K03 / K04 + K P1 xx.x bar(g) [psig] C04 * K01 - K07 (C04 * K01 - K07) * K X xx.x% [%] C07 * K01 C07 * K Q xx.x kg/h [lbs/h] C08 * K01 C08 * K01 * K %NCG x 10 C11 * K01 C11 * K01 Page 30 of 34 Yokogawa DX1000 Connection

33 Appendix Five te: The table below (also affixed to the cabinet) may be used to confirm the dryness fraction displayed on the instrument or find it when the heating element is not energized. T1 P 30 psi (2 bar) 212 F (100 C) 230 F (110 C) 248 F (120 C) 266 F (130 C) 275 F (135 C) 37.5 psi (2.5 bar) 45 psi (3 bar) 52.5 psi (3.5 bar) < < < < Superheated Superheated 1 Page 31 of 34 Yokogawa DX1000 Connection

34 tes Page 32 of 34

35 tes Page 33 of 34

36 Limited Warranty and Remedy, Inc. ("Armstrong") warrants to the original user of those products supplied by it and used in the service and in the manner for which they are intended, that such products shall be free from defects in material and workmanship for a period of one (1) year from the date of installation, but not longer than 15 months from the date of shipment from the factory [unless a special Warranty Period applies, as listed below]. This warranty does not extend to any product that has been subject to misuse, neglect or alteration after shipment from the Armstrong factory. Except as may be expressly provided in a written agreement between Armstrong and the user, which is signed by both parties, Armstrong DOES NOT MAKE ANY OTHER REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, ANY IMPLIED WARRANTY OF MERCHANTABILITY OR ANY IMPLIED WARRANTY OF FITNESS FOR A PARTICULAR PURPOSE. The sole and exclusive remedy with respect to the above limited warranty or with respect to any other claim relating to the products or to defects or any condition or use of the products supplied by Armstrong, however caused, and whether such claim is based upon warranty, contract, negligence, strict liability, or any other basis or theory, is limited to Armstrong's repair or replacement of the part or product, excluding any labor or any other cost to remove or install said part or product, or at Armstrong's option, to repayment of the purchase price. As a condition of enforcing any rights or remedies relating to Armstrong products, notice of any warranty or other claim relating to the products must be given in writing to Armstrong: (i) within 30 days of last day of the applicable warranty period, or (ii) within 30 days of the date of the manifestation of the condition or occurrence giving rise to the claim, whichever is earlier. IN NO EVENT SHALL ARMSTRONG BE LIABLE FOR SPECIAL, DIRECT, INDIRECT, INCIDENTAL OR CONSEQUENTIAL DAMAGES, INCLUDING, BUT NOT LIMITED TO, LOSS OF USE OR PROFITS OR INTERRUPTION OF BUSINESS. The Limited Warranty and Remedy terms herein apply notwithstanding any contrary terms in any purchase order or form submitted or issued by any user, purchaser, or third party and all such contrary terms shall be deemed rejected by Armstrong. 816 Maple Street, Three Rivers, MI USA Phone: (269) Fax: (269) armstronginternational.com Printed in U.S.A. - 7/ , Inc.