Model PM-616 Two-Color Pyrometer Operator s Manual Revision 1.2
|
|
- Audrey Taylor
- 6 years ago
- Views:
Transcription
1 Model PM-616 Two-Color Pyrometer Operator s Manual Revision 1.2 Logika Technologies Inc Sherwood Heights Dr. Unit 2 Oakville ON, CanadaL6J 7J9 Tel:
2 Logika Technologies PM-616 Two-color Pyrometer Operator s Manual Rev. 1.2 Feb-13 1 INTRODUCTION DESCRIPTION MODEL NOMENCLATURE OPERATING PRINCIPLE SPECIFICATIONS LOCATION AND MOUNTING PYROMETER LOCATION PYROMETER MOUNTING LENS WITH FIBER OPTIC CABLE UTILITY CONNECTIONS ELECTRICAL CONNECTIONS WATER COOLING CONNECTION PURGE AIR CONNECTION OPERATION CONTROLS SET MENU FUNCTIONS AND PROGRAMMING Set Menu 1- Emissivity/Slope Adjustment Set Menu 2- Display Mode Set Menu 3 Output Signal Integration Time Set Menu 4-, 5-, 6- Process Alarm Settings Set Menu 7-, 8- Current/Voltage Analog Output Span Settings Set Menu 9- Aiming Laser Setup Display Menu 10- Enclosure Temperature Display Menu 11- Two Color Ratio Set Menu 12- Zero Compensation Gain Set Menu 13- Two-color mode signal attenuation ratio DEBUGGING MAINTENANCE REGULAR MAINTENANCE INSTRUMENT RETURN APPENDIX P a g e 1
3 1 Introduction PM-616 two-color infrared pyrometer is primarily used in the metallurgical industry to measure temperature of steel or molten iron, wire rod, hot rolled steel, as well as cement kilns. The pyrometer can look into a process and measure the target temperature from a distance, providing an accurate reading while eliminating problems associated with contact measuring devices. Dual infrared wavelengths input signals overcome application challenges such as small targets, variable emissivity, dust, water or other interfering media between the target and the pyrometer. Accurate temperatures are obtained even when the target is 95% obstructed. PM-616 pyrometer also has a fiber optic option to utilize in applications with high electromagnetic interference or high temperatures. The lens and fiber optic cable can withstand up to 300 C with air purge connected. 2 Description 2.1 Model Nomenclature PM FOC- 024 Input power supply 24VDC Lens with fiber optic cable Leave blank for standard lens Upper limit temperature 1600 C Lower limit temperature 600 C Logika two color infrared pyrometer Figure 2.1 PM-616 Model Nomenclature P a g e 2
4 2.2 Operating Principle Logika PM-616 pyrometer uses a state-of-the-art photodiode to sense the infrared energy from the target. Our pyrometer measures infrared energy emitted by the target at two wavelengths and calculates the ratio of these measurements to determine the target temperature. Since the emissivity of the two wavelengths is identical in same environment, it does not influence the accuracy of the temperature measurement. The primary advantage of PM-616 over thermocouple temperature measurement is that the pyrometer accurately measures the target temperature by way of non contact means and responses much faster. Compared with single wavelength pyrometers, the advantages of the Logika PM-616 two-color pyrometer are: 1. Overcomes optical fouling or interfering media between the target and the pyrometer, such as dust, dirt, smoke, and water vapor, to yield accurate temperatures. 2. Automatically compensates for changes in target emissivity or varying distances between the target and pyrometer. 3. Almost no restrictions to pyrometer s field of view, leaving more flexibility for pyrometer mounting. The PM-616 can accurately measure the target temperature even with as little as 5% of the field of view. 4. PM-616 can also switch to single color mode for special field applications. The PM-616 also has built-in temperature slope adjustment for calibrating the pyrometer to the specific characteristics of the target metallurgy, and a visible target aiming laser for easy installation. See Section Specifications Power Input Power loss protection Wavelength Response time 24 VDC 210 ma Reinstates all previous setup parameters when power is restored One-color mode: μm Two-color mode: μm and 1.1μm Adjustable the fastest response time is 20 ms P a g e 3
5 Accuracy Repeatability Operating temperature ±(0.5% x Measured temperature+1 C) ±0.1% Full Scale No water cooling: -20 C to +55 C (-4 F to +130 F). With water cooling: -20 C to 120 C (-4 F to 250 F) Fiber optic lens: -20 C to +300 C (-4 F to +570 F). Humidity Relative humidity range: 10-95% Measuring Range C (1112 F to 2912 F) Field of View One-color mode: D/S=50:1 for standard and FOC pyrometers. D is the distance between the infrared pyrometer and the target S is the target diameter. See Figure 3.1 for more details. Two-color mode: No restriction to the field of view. The target size can be much smaller. If temperature is greater than 900 C, the maximum signal attenuation ratio can be 95%. Display mode: Focus range Calibration coefficient Alarms output: Analog output 4 digit LEDs. Display peak, valley, average or real time optional 0.5m- Two color mode: Temperature slope, Adjustable in increments (0.001 results in 1.4 C ). One color mode: Emissivity rate, adjustable in 0.01 increments (0.01 results in 1.0 C ). High or low process temperature alarm, rated 0.2A at 220 VAC, 0.5A at 30 VDC, MOS relay output. Ambient temperature high or low alarm Linear 4-20 ma (or 0-20mA) proportional to temperature Linear 0-10VDC proportional to temperature Aiming method Visible aiming laser for standard PM-616 Warm up time 10 minutes P a g e 4
6 Housing Hermetically sealed stainless steel enclosure rated IP66, includes purge air and cooling water connections. Optional fiber optic lens assembly includes air purge fitting. Size 370mm L X 100mm W X 190mm H (14.5 L X 4 W X 7.5 H) Weight 4 kg (8.8 Lbs) 3 Location and Mounting 3.1 Pyrometer Location Basic installation considerations: Pyrometer should not be installed above heat sources, also avoid directly exposure to water vapor, excessive dust or smoke. If harsh ambient environment is unavoidable, connect clean, dry air to the air purge fitting on the pyrometer enclosure. Heat shielding or fan can also be applied to dissipate water vapor or smoke. If conditions allow, mount the pyrometer as close to the target as possible. This will supply enough infrared energy for the pyrometer to provide strong signal. At the same time, the pyrometer must be kept far enough to protect it from being over heated. Installation distance: depends on color mode selected. o One-color mode: target should be covered by the pyrometer s field of view. Check Figure 3.1 and Figure 3.2 for reference. o Two-color mode: no restrictions to field of view. For example: If the target diameter is 20mm, pyrometer Displacement Coefficient is 50:1 (D/S=50:1). In one-color mode, according to Figure3.1 and Figure3.2, the pyrometer has to be installed less than 1 meter away from the target. In two-color mode, it is not necessary for the target to be totally covered by the field of view, the pyrometer can be installed more than 1 meter away from the target. Maximum ambient temperature for the pyrometer o 50 o C (122 o F) without water cooling o 120 o C (250 o F) with water cooling connected. See Figure 4.2 P a g e 5
7 Figure 3.1: One color mode Pyrometer Field of View Ideal Acceptable Not Acceptable PM Series Field of View Target is larger Target is equal Target is smaller Figure 3.2 One-Color Mode Pyrometer Ideal Target Size P a g e 6
8 3.2 Pyrometer Mounting Installation PM-616 has an adjustable mounting foot which is secured using a M10 bolt. Aiming - For standard pyrometer, use the aiming laser to properly align the pyrometer with target. 3.3 Lens with Fiber optic cable Install the lens with supplied mounting bracket. Check the section 3.1 for installation considerations. The maximum ambient temperature for the lens and fiber optic cable assembly is 300 o C (570 o F). Use a laser pen for alignment, see Figure 3.3. The laser spot on the target is for the pyrometer to receive the radiation energy and calculate the temperature, make sure the spot area is flat and no sharp edge. Figure3.3 Lens with Fiber optic cable Setup P a g e 7
9 4 Utility Connections 4.1 Electrical Connections All electrical connections (power and signal) are made via a 12-pin connector and mating cable for the junction box connections. Cable Specification Standard cable length is 2.0 meters; minimum bent radius for cable is 30mm. Other cable lengths are available from Logika Technologies Inc. upon request. Pyrometer Connector Outside View Cable Assembly Shielded TEFLON, 10 Conductor - 24AWG - 2.0M One end: Binder 423 Series 12 pin female, PN The other end: terminal pins Function Wire color Pin assignment DC Power Brown (1) +24VDC input Red (2) 0VDC Analog Orange (3) 0-10VDC Output Yellow (4) 4-20mA Green (5) Analog Common Binder 723 series 12 pin male connector, PN: Static Blue (6) 24VDC output on PNP Upper limit alarm output Pin2(red) as 0VDC Max Load 100mA Upper limit Purple (7) Closed=Alarm Relay Gray (8) Lower Limit White (9) Closed=Alarm Relay Black (10) Figure 4.1 Pyrometer connector and Cable assignment Junction Box Wiring Please see the Table 4.1, Appendix Figure 7.4 and Figure 7.5 for pyrometer wiring terminal description. The supplied cable should be connected directly to the terminals of a junction box. Junction box is shielded and connected to ground to eliminate electrical noise, preventing triggering false detection. Any unused output wires must have insulation protection or be connected to a free terminal in junction box. For Junction Box with AC-DC converter: AC Input 85V-265VAC, connect to L, N, E P a g e 8
10 Cable No. Color Function Junction Box Number Junction Box Name 1 Brown +24VDC 1 +24V 2 Red 0V 2 0V 3 Orange Analog 0-10V Output V 4 Yellow Analog 4-20mA Output 4 ma 5 Green Analog Output Common 5 GND 6 Blue PNP output (Upper limit )alarm) 6 PNP 7 Purple Upper limit alarm closed=alarm 7 Upper 8 Gray Upper limit alarm Common 8 Upper 9 White Lower limit alarm closed=alarm 9 Lower 10 Black Lower limit alarm Common 10 Lower Table 4.1 Cable Terminal Wiring Description 4.2 Water Cooling Connection General description Water cooling is required when the ambient temperature is higher than 50 o C (122 o F) to protect electronics inside pyrometer tube from overheating, the connectors are two Φ10mm OD barbed fittings on the enclosure. Stainless steel heat exchanger tubing is embedded in the housing for efficient heat removal using circulating water. Cooling Water Requirements Clean industrial water Maximum water inlet temperature 25 o C (77 o F) Maximum water pressure of 4 bars (58 PSI). Water flow rate - 1 to 2 L/min (0.26 to 0.53 gal/min) Connections Use Φ10mm ID or 3/8 ID hose for connections One fitting is connected to plant s water supply The other one is connected to drain Both fittings should be secured with hose clamps Setup the cooling water flow rate by Figure 4.2 P a g e 9
11 C 160 Ambient Temperaature C 25 C 20 C Water L/M Figure 4.2 Ambient Temperatures vs. Water Flow Rate 4.3 Purge Air Connection Description- Compressed plant air can be used to protect the lens from dust and vapor. Purge air cleans the lens, reduces maintenance times, and prolongs pyrometer s life in where dusty or corrosive vapor is present. Purge Air Requirements Must be clean, dry instrument air no oil, dust and contaminants included. Poor air quality will result in dirty lens and decrease pyrometer performance. If the quality of compressed air can t be guaranteed, it should not be connected to avoid lens contamination and affect the pyrometer performance. Air filtration prior to the inlet fitting is recommended to improve the quality of purge air Air Pressure range from 50 to 200 g/cm 2 (0.7 psi to 2.8 psi) Air Flow rate from 4 to 16 L/min (0.14 to 0.56 ft 3 /min) Connection- Connect the plant air source to the purge air barbed fitting on the sensor s lens shroud with Φ10mm ID (or 3/8 ID) hose. Purge air flows out of the sensor shroud and dissipates into the ambient environment. P a g e 10
12 5 Operation 5.1 Controls PM-616 control panel is located at the rear of the pyrometer. The various functions are described in greater detail below. To reach control panel: Use M2.5 Allen key to remove the back cover from unit Unthread the glass cover on the pyrometer body by turning it counterclockwise!!! When operating on the control panel, please note: o The pyrometer tube may slide out of cooling tube if angled downwards. Keep unit level when disassembling for menu adjustment. o The pyrometer tube is sealed during manufacturing to retain accuracy and quality. Warranty is void if pyrometer tube is dismantled for any reason. 5.2 Set Menu Functions and Programming In display mode: Press to switch between one-color and two-color mode Press to switch temperature display between F and C Figure5.1 Keypad setup sequence Press SET repeatedly to choose setup parameters Press ENTER to display current value Use the arrow key to change the value P a g e 11
13 Press ENTER again to save the new value and EXIT setup Set Menu 1- Emissivity/Slope Adjustment One-color mode: Emissivity setup value Emissivity: The relative ability of target measured surface to emit energy by radiation. It is the ratio of energy radiated by a particular material to energy radiated by a black body at the same temperature. A true black body would have an emissivity = 1 while any real object would have emissivity < 1. By adjusting the emissivity, the pyrometer can accurately measure target temperatures. If the target s emissivity is setup higher than its true value, the measured temperature by pyrometer will be lower than the actual temperature. The emissivity data in the table below is for reference only. Material surface finish can cause varying emissivity. If the metal surface is slightly oxidized and dirty, its emissivity will drop significantly. Table 5.1 One-color emissivity table for different materials Material and status Steel: Polished not oxidized Polished slightly oxidized Rough machined, not oxidized Rough machined, slightly oxidized Severely oxidized Liquid state Cast iron: Polished not oxidized Polished slightly oxidized Temperature range( C) Emissivity (wavelength close to 1μm) P a g e 12
14 Rough machined, not oxidized Rough machined slightly oxidized Severely oxidized Liquid state Stainless steel Clean and smooth surface Oxidized over 800 C Copper: Smooth slightly oxidized Sever oxidized Liquid state Room temperature Iridium Uranium Mercury (liquid) Cobalt: Polished, not oxidized Polished, slightly oxidized Polished, severely oxidized Rough machined, not oxidized Rough machined, slightly oxidized Rough machined, severely oxidized Nickel and nickel coating: Polished, not oxidized Polished, slightly oxidized P a g e 13
15 Polished, severely oxidized Rough machined, not oxidized Rough machined, slightly oxidized Rough machined, severely oxidized Black oxide nickel Bismuth 0.34 Silver and silver coating: Rough machined, not oxidized Rough machined, slightly oxidized Tungsten Ribbon, polished, not oxidized (tungsten lamp) Magnesium : polished, not oxidized Platinum: Polished, not oxidized Polished, slightly oxidized Polished, severely oxidized Rough machined, not oxidized Rough machined, slightly oxidized Rough machined, severely oxidized Platinum black Tantalum: Polished, not oxidized Polished, slightly oxidized P a g e 14
16 Polished, severely oxidized Rough machined, not oxidized Rough machined, slightly oxidized Rough machined, severely oxidized Palladium 0.33 Antimony Beryllium: smooth and oxidized Brick: White firebrick Silica Brick Yttrium Alumina Granularity 1-2 Micron Granularity Micron Iron-NiChrome Polished, not oxidized Polished, slightly oxidized Polished, severely oxidized Rough machined, not oxidized Rough machined, slightly oxidized Rough machined, severely oxidized Carbon Carbon black Graphite P a g e 15
17 Procedure to adjust the emissivity in one-color mode: 1. Set the pyrometer to work in one-color mode (Mode LED off). 2. Determine actual target temperature with a contact RTD, thermocouple or other appropriate instrument. 3. Press SET button until the display shows 1- (flashing), then press ENTER to adjust the emissivity. 4. Use the up and right arrow buttons to adjust the value. 5. The emissivity adjustment range is from 0.10 to 1.00; in 0.01 increments. For 0.01, results in 1.0 C, factory default value is Press ENTER to save the adjustment and return to the temperature display mode. Two-color mode: Temperature Slope Adjustment (Calibration) Temperature slope is a coefficient to compensate for the two wavelengths emissivity difference. Note: The listed ratios are approximate values and can change with alloy surface condition and oxidization. For these oxide metals, the temperature slope setup value is Cobalt Nickel Iron Stainless steel Steel For these metals, the temperature slope value is Cobalt Iron Stainless Steel Rhodium Tungsten Molybdenum Platinum Steel Nickel Tantalum Cast Iron Slope adjustment allows the user to refine the accuracy of the pyrometer for specific applications. This feature can be used to calibrate the pyrometer. 1. Use a reliable thermometer to measure the surface temperature of the target. If temperature readings vary in different measured areas, use the average reading. 2. Set the pyrometer to work in two-color mode (Mode LED ON) 3. Press SET button until the display shows 1- (flashing), then press ENTER to adjust the temperature slope. 4. Use the up and right arrow buttons to adjust the value. 5. The temperature slope adjustment range is to in increments. For 0.001, P a g e 16
18 results in 1.4 C. Factory default setup value is Press ENTER to accept the slope adjustment and return to the temperature display mode. Set Menu 2- Display Mode This feature allows the user to select different temperature display modes; Peak temperature; Valley temperature; or Average temperature values. Peak: Response time setup range from s. If response time is set greater than seconds, the current display will remain unchanged. Applications: Best for moving target temperature measurement (steel plate, sheet). This function can also be used for measuring surface temperature of liquid metal when highest temperature measurement is required. Valley: Response time setup range from s. If response time is set greater than seconds, the current display will remain unchanged. Applications: Best for measuring surface temperature of liquid metals when lowest temperature measurement is required. Average: Response time setup range from seconds. Applications: Most field applications. For example, if there is scale on steel plate or bar, average temperature display mode should be selected. Real time display: Set response time to 0.0s. In this display mode, the sampling time is set 20ms by pyrometer and display changes each time new data is collected. 1. Press SET button until the display shows 2- (flashing). 2. Press ENTER button and use the up arrow button to select display states. Select (1) for Peak, (2) for Valley or (3) for Average. The factory default value is Average value (indicated by the number 3). 3. Press ENTER to return to the temperature display mode. P a g e 17
19 Temperature Actual Temperature Peak Display 0 Δt 2Δt 3Δt 4Δt Time Figure 5.2 Peak Display Temperature Actual Temperature Valley Display 0 Δt 2Δt 3Δt 4Δt Figure 5.3 Valley Display Time P a g e 18
20 Temperature Actual temperature Average display 0 Δt 2Δt 3Δt 4Δt Figure 5.4 Average Display Time Temperature Actual temperature Real time display 0 20ms 40ms 60ms 80ms Figure 5.5 Real Time Display Time(ms) Set Menu 3 Output Signal Integration Time This feature allows the user to average (integrate) the output signal over a set time for control purposes and to avoid wide temperature signal swings. P a g e 19
21 Press SET until the display shows 3 (flashing), then press ENTER to adjust the signal integration time. Use the up and right arrow buttons to adjust the integration time. The time adjustment range is 0 to 999 seconds. The factory default setting is 0 seconds. Press ENTER to return to the temperature display mode. For peak and valley temperature detection, the time adjustment range is 0-999s. For average temperature detection, the time adjustment range is 0-60s. Set Menu 4-, 5-, 6- Process Alarm Settings Use these menus to set the upper and lower alarms and the alarm deadband (to prevent alarm relay contacts chatter, this is the temperature range in which the alarm turns off after being triggered). Menu -4 : Upper Limit Alarm, default 1600 C Menu -5 : Lower Limit Alarm, default 600 C Menu -6 : Alarm Deadband coefficient, default If temperature is lower than 600 C, lower alarm relay is triggered, Lower alarm LED indicator turns ON If temperature is higher than 1600 C, upper alarm relay is triggered. PNP output high (24VDC) upper alarm LED indicator turns ON. Note: Lower alarm may be set higher than the upper alarm Deadband coefficient range Lower alarm deadband= ±deadband coefficient*lower alarm setting Upper alarm deadband= ±deadband coefficient*upper alarm setting 1. Use the up and right arrow buttons to adjust the alarm settings. Alarm settings are C (or F). 2. Press ENTER to return to the temperature display mode. Set Menu 7-, 8- Current/Voltage Analog Output Span Settings Set the linear temperature span to correspond with the current or voltage output of the pyrometer. Menu 7- : Lower Temperature for the output span, default 600 C Menu 8- : Upper Temperature for the output span, default 1600 C 1. Use the up and right arrow buttons to adjust the span settings 2. Press ENTER to return to the temperature display mode. P a g e 20
22 Use the following guidelines to calculate the current/voltage output that corresponds to temperature: Voltage output (0-10 V) 10 Current output (4-20mA) 4 16 T= present measured target temperature TL = output span lower limit temperature TH = output span upper limit temperature Example: Measured temperature is 943 o C; output span is 4 to 20 ma DC proportional to 700 to 1400 o C. Calculated current output at measured temperature is Set Menu 9- Aiming Laser Setup Four setups available: OFFd, OFFn, ON d and ON n. See below for details. This function selects whether the laser switch function is open or closed when the temperature limit is exceeded. The function is not available for FOC pyrometer. OFFd: Turns the aiming laser off. It will automatically turn back on when the target temperature is greater than the lower limit setup value. OFFn: Turns aiming laser off. ON d: Turns aiming laser on. After 30 minutes, the laser will turn off if the target temperature is below the lower limit setup value. ON n: Turns aiming laser on. After 30 minutes, laser will turn off. 1. Use SET and ENTER buttons to select the Aiming Laser Switch (Menu 9- ). 2. Use the up and right arrow buttons to change the setting. The factory default is OFFd. 3. Press ENTER to return to the temperature display mode. Display Menu 10- Enclosure Temperature This feature only displays the current enclosure temperature for diagnostic purpose. P a g e 21
23 If the enclosure temperature is higher than 70 o C, the display shows EEE1. If the enclosure temperature is lower than -10 o C, the display shows EEE2. Either of these conditions exists, steps must be taken to adjust the ambient temperature. Display Menu 11- Two Color Ratio This function only displays the ratio of the current two wavelength signals for service diagnostic purposes. Set Menu 12- Zero Compensation Gain This feature is used to adjust the detector gain to compensate for targets with a starting temperature below the specified measurement limits of the Logika PM-616 pyrometer. Use SET and ENTER buttons to select the Zero Compensation Coefficient ( Menu 12- ) The four digit number shows the coefficient; the first number represents the coefficient polarity (1 = positive and 0 = negative). The remaining three numbers show the coefficient value. Use the up and right arrow buttons to change the Zero Compensation Coefficient. This value is always set below The factory default for the Zero Compensation Coefficient code is which equals Press ENTER to return to the temperature detection mode. Plority 1: Positive 0:Negative Coefficient Value X.XX No Use Figure 5.6 Zero Coefficient Gain setup Set Menu 13- Two-color mode signal attenuation ratio Attenuation Ratio = 100% Emissivity (Check Page 11 in Set Menu 1 for Emissivity). Attenuation ratio is a threshold for verifying the validation of the measured temperature. After the target temperature is calculated by the pyrometer, it calculates each wavelength s P a g e 22
24 emissivity at this temperature. For each wavelength, the attenuation ratio (100% Emissivity value) should not be less than the set value. If either one is higher than the set value, the pyrometer displays the lower limit temperature. This function is only used in two-color mode. The setup range is 20%-100% and the default setup value is 95%. If the attenuation ratio is set greater than 95%, this function will shut down; and again, the lower limit temperature will be displayed. For example, if the pyrometer is used to detect the temperature of tungsten filament of a light bar, usually the temperature is higher than 1500 C (2732 F). The tungsten filament (target) diameter is very small at 2mm, so the emissivity would be very low. According to Figure 5.6, if the temperature is greater than 900 C and target size is 2mm, the attenuation ratio should be set to 95%. This means that as long as the emissivity value for each wavelength signal is not less than 5%, the calculated temperature is valid. In this case, the two-color mode, can still accurately calculate the temperature. In single color mode, it would be very hard to get an accurate target temperature in this situation. Table 5.2 Attenuation Ratio Setup Value Target size(diameter) Accurate measurement attenuation ratio Simplified measurement attenuation ratio 2mm-10mm 95% 95% 10mm-30mm 90% 95% 30mm-100mm 80% 95% >100 mm 70% 70% The values above are for reference only when setting up the attenuation ratio. The value should be adjusted depending on application environment and target size. 1. Use SET and ENTER buttons to select the signal attenuation ratio setup ( Menu 13- ) 2. Use the up and right arrow buttons to change the value. 3. Press ENTER to return to the temperature display mode. P a g e 23
25 Max allowed attenuation ratio (%) Attenuation ratio can be set at 95% Emissivity C F 5.3 Debugging Target temperature Figure 5.7 Two-color mode signal attenuation ratio Adjust emissivity according to material properties (a) Use a thermocouple to measure the real temperature of the object, and then adjust the slope until the test result is the same as the thermocouple. (b) If the object is painted black, the emissivity can reach Test the adjacent area, and adjust the slope until the test result is the same as the thermocouple. Now the slope has been properly adjusted. P a g e 24
26 Table 5.2 PM-616 Keypad Operation Function Description Default Key SET Setup Parameters Display parameters from 1- to 13- each time button is pressed. Press ENTER to Exit N/A SETUP 1- Slope/Emissivity Adjustment Single Color: Emissivity Rate, Range Two Color: Temperature Slope: Display/Sample Mode 1 = Peak 2 = Valley 3 = Average 3 3- Response Time s adjustable. 0s=20ms, internal setup value, real time display Upper Limit Alarm Modify the Upper limit alarm temperature value 1600 C 5- Lower Limit Alarm Modify the Lower limit alarm temperature value 600 C 6- Alarm Deadband Modify alarm deadband value 0.001(0.1%) 7- Analog Output Span Lower Limit Temperature corresponds to linear analog current/voltage output span lower value 600 C 8- Analog Output Span Upper Limit Temperature corresponds to linear analog current/voltage output span upper value 1600 C 9- Aiming Laser Standard PM only, not for fiber optic PM. 4 setups available: OFFd, OFFn, ONd, ONn. See setup menu 9- for details. OFFd 10- Enclosure Temperature Setup constant at 40 C. If display is higher than 50 C, the pyrometer should be cooled down N/A Display only 11- Two Color Signal Ratio Only used for pyrometer diagnostic purposes. In two color mode, select 3(average) in setup 3-, the display value is the ratio of the two wavelength signals N/A Display only 12- Zero compensation gain Adjusts the pyrometer gain to compensate for targets with a starting temperature below specified measurement limits. First digit on left 1=positive, 0=negative. The remaining 3 numbers are the coefficient value. The value should always be set below (+0.1) 13- Two Color Signal Attenuation Ratio Only used in two color mode. If setup value is greater than 95%, this function is off. See setup menu 13- for details. 95% P a g e 25
27 6 Maintenance 6.1 Regular Maintenance Regular attention to the following will ensure accurate and prolonged operation of the pyrometer: Lens Cleaning - Routinely check the lens glass for dust or oil residue. If necessary, clean glass with alcohol and lens paper or soft cloth. Calibration - Occasional calibration using the temperature slope adjustment (see Set Menu 1 ) will ensure that maximum accuracy is maintained. 6.2 Instrument Return Contact us at ( LOGIKA) with the Serial Number of your pyrometer before you return our product. If the problem cannot be resolved by telephone or , we will provide you with a return authorization number. Please return to: Logika Technologies Inc Sherwood Heights Drive, Oakville, ON, L6J 7J9 Canada Do not return the pyrometer without a return authorization number. If the product is out of warranty, we will provide a repair estimate and then complete the repairs upon your approval. P a g e 26
28 7 Appendix Figure7.1 PM Dimension Figure7.2 PM-616-FOC-024 Dimension P a g e 27
29 Figure7.3 Junction Box Mechanical Dimension NC NC UPPER UPPER LOWER LOWER PNP GND ma 0-10V 0V OUT +24V OUT J1 J2 NC NC UPPER UPPER LOWER LOWER PNP GND ma 0-10V +24V IN 0V IN EARTH J3 + - E Filter Figure7.4 DC-DC Junction Box Connection Drawing P a g e 28
30 AC-DC Converter DC Filter L N EARTH J3 J1 +24V OUT 0V OUT 0-10V ma GND PNP LOWER LOWER UPPER UPPER NC NC +24V OUT 0V OUT 0-10V ma GND PNP LOWER LOWER UPPER UPPER NC NC J2 Figure7.5 AC-DC Junction Box Connection Drawing Figure7.6 Pyrometer control panel layout P a g e 29
31 Front Rear Pin Connection 1 7 Upper Limit 2 8 Alarm Lower Limit Alarm LOGIKA Technologies Signal Ground Voltage In Current In V Out DC +24V Out E L 13 N Figure7.7 Universal Temperature Display mechanical dimension P a g e 30
Model PM-3514 Two-Color Pyrometer Operator s Manual
Model PM-3514 Two-Color Pyrometer Operator s Manual Revision 2.1 Logika Technologies Inc. 2-2857 Sherwood Heights Dr. Oakville ON, CanadaL6J 7J9 Tel: 905-829-5841 www.logikatech.com Logika Technologies
More informationModel PMP-716 Handheld Pyrometer Operator s Manual Rev 1.2
Model PMP-716 Handheld Pyrometer Operator s Manual Rev 1.2 Contents 1. Introduction... 2 2. Description... 2 2.1 Operating Principle... 2 2.2 Specifications... 4 3. Location... 5 3.1 Sensor Location...
More informationVTIR1816 Infrared Thermometer
VTIR1816 Infrared Thermometer VTIR0812 VTIR1816 Infrared Thermometer Features VTIR1816 VTIR2816 VTIR3816 --Advanced digital design & Optical structure --Various analog & digital signal output --Repeatability:±1
More informationTL-S, TL-GA USER MANUAL. -32 C to 2500 C NON-CONTACT T EMPERATURE MEASUREMENT - WORLDWIDE
TL-S, TL-GA USER MANUAL INFRARED COMPACT SENSORS -32 C to 2500 C THE INTELLIGENT AND PRECISE 2-WIRE SERIES NON-CONTACT T EMPERATURE MEASUREMENT - WORLDWIDE 2. Technical data Pyrometer Type Measuring range
More informationOPERATION MANUAL OPTICAL THERMOMETERS FOR THE MEASURE OF TEMPERATURE PROFILES
SITEL Control srl Via Arnesano, 4 20030 Palazzolo Milanese Milano Italia Tel. +39-02-99045994 / Fax +39-02-9101082 e-mail: sitelcontrol@sitelcontrol.it / http://www.sitelcontrol.it OPERATION MANUAL OPTICAL
More informationIMPAC Infrared Thermometers
IMPAC Infrared Thermometers Very robust high-end IMPAC pyrometer for non-contact temperature measurements on metals, ceramics, graphite etc. between 250 and 3500 C IS 12 IS 12-S IGA 12 IGA 12-S Temperature
More informationOPERATION MANUAL OPTICAL THERMOMETERS
SITEL Control srl Via Arnesano, 4 20030 Palazzolo Milanese Milano Italia Tel. +39-02-99045994 / Fax +39-02-9101082 e-mail: sitelcontrol@sitelcontrol.it / http://www.sitelcontrol.it OPERATION MANUAL OPTICAL
More informationFGA 300 Panametrics Flue Gas Oxygen Analyzer. GE Sensing. Features. Applications
Applications An ex situ zirconium oxide analyzer for excess oxygen measurement in dirty, rugged combustion applications such as: Boilers: all fuels and all types, including marine, recover, and utility
More informationIMPAC Infrared Thermometers
IMPAC Infrared Thermometers Very robust high-end IMPAC pyrometer for non-contact temperature measurements on metals, ceramics, graphite etc. between 250 and 3500 C IS 12 IS 12-S IGA 12 IGA 12-S Temperature
More informationChapter 11. Measurement of Temparature. Oxford University Press All rights reserved.
Chapter 11 Measurement of Temparature Introduction Temperature can be defined as a condition of a body by virtue of which heat is transferred from one system to another. A comparison between Kelvin, Celsius,
More informationUser Manual. Version 1.0 THERMISTOR CHARACTERISTICS TRAINER. Model No : (ITB - 06ACE)
THERMISTOR CHARACTERISTICS TRAINER Model No : (ITB - 06ACE) User Manual Version 1.0 Technical Clarification /Suggestion : / Technical Support Division, Vi Microsystems Pvt. Ltd., Plot No :75, Electronics
More informationHighly Accurate Infrared Non Contact Pyrometers
Accurate Sensors Technologies PRODUCT OVERVIEW -60 C...3200 C Highly Accurate Infrared Non Contact Pyrometers Single Colour Pyrometers Two Colour Pyrometers Fiber Optic Pyrometer Special Pyrometers Thermal
More informationMidterm Exam. on your way out. Sign - in. Pick up the TAKEHOME Midterm. Complete by Wednesday 8:30am. Turn in beginning of class Wednesday
Midterm Exam Sign - in Pick up the TAKEHOME Midterm on your way out Complete by Wednesday 8:30am Turn in beginning of class Wednesday Journals Due next Monday NEXT Week At start of class! Process Variables
More informationSeries 5000 Analyzers Low Range Phosphate Model and High Range Phosphate Model 60001
Series 5000 Analyzers Low Range Phosphate Model 60005 and High Range Phosphate Model 60001 D epending upon your analysis needs, you can choose from two continuous-reading process analyzers to measure phosphate.
More informationBX-895 REAL TIME MODULE OPERATION MANUAL
BX-895 REAL TIME MODULE OPERATION MANUAL Met One Instruments, Inc 600 Washington Blvd. Grants Pass, Oregon 9756 Telephone 54-47-7 Facsimile 54-54-76 BX-895 RTM Manual - Copyright 00 Met One Instruments,
More informationShur-Shot X-Proof Hydrogen Fluoride Alarm Operations Manual
Shur-Shot X-Proof Hydrogen Fluoride Alarm Operations Manual P/N 1000006053 Rev E $7%$QDO\WLFV// //& 733 Dairy Rd. Parkton, Md. 21120 www.atbanalytics.com (410) 733-6365 Table of Contents Chapter 1: Getting
More informationINTERPLANT STANDARD - STEEL INDUSTRY SPECIFICATION FOR INFRA-RED PYROMETERS IPSS:
INTERPLANT STANDARD - STEEL INDUSTRY IPSS SPECIFICATION FOR INFRA-RED PYROMETERS IPSS: 2-07-017-13 NO CORRESPONDING INDIAN STANDARD EXIST (First Revision) Formerly-: IPSS: 2-07-017-93 0. FOREWORD 0.1 This
More informationM40 Series Non-contact Infrared Pyrometers User Manual
M40 Series Non-contact Infrared Pyrometers User Manual WD1093 Rev B Revised 06/26/15 Wahl Instruments, Inc. 234 Old Weaverville Road Asheville, NC 28804 Toll Free: 800-421-2853 Phone: 828-658-3131 Fax:
More informationExtreme Environment SENSOR DATA SHEET kamansensors.com. For high pressure, low temperature, and high temperature applications
For high pressure, low temperature, and high temperature applications 800-552-6267 kamansensors.com FEATURES > For applications requiring high accuracy, high reliability, and structural integrity. > Operating
More informationS E N S O R D A T A S H E E T. Extreme Environment. For high pressure, low temperature, and high temperature applications
For high pressure, low temperature, and high temperature applications F E A T U R E S > For applications requiring high accuracy, high reliability, and structural integrity. > Operating temperatures from
More informationTABLE OF EMISSIVITY OF VARIOUS SURFACES
TABLE OF EMISSIVITY OF VARIOUS SURFACES Introduction: Emissivity is a modifying factor used in single color thermometry to achieve a correct temperature reading. Emissivity, or radiating efficiency, of
More informationABB MEASUREMENT & ANALYTICS DATA SHEET. SCK Sampling system for dry gas sampling at rotary cement kiln gas exit and calciner gas exit
ABB MEASUREMENT & ANALYTICS DATA SHEET SCK Sampling system for dry gas sampling at rotary cement kiln gas exit and calciner gas exit 2 SCK SAMPLING SYSTEM DS/SCK-EN REV. A Measurement made easy Complete
More informationTABLE OF EMISSIVITY OF VARIOUS SURFACES
TABLE OF EMISSIVITY OF VARIOUS SURFACES Introduction: Emissivity is a modifying factor used in single color thermometry to achieve a correct temperature reading. Emissivity, or radiating efficiency, of
More informationKAL-K & KAL-A COMPACT THERMAL FLOW SENSOR
KAL-K & KAL-A COMPACT THERMAL FLOW SENSOR Flow Pressure Level Temperature measurement monitoring control Revolutionary Microprocessor-Based Drift Stabilization NPT and 3-A Compliant Sanitary Fittings Non-Corrosive
More informationDegassed Cation Conductivity
Degassed Cation Conductivity DCC1000 System All conductivity measurements Calculated ph and CO2 Trend graphs Faster plant startups Degassed Cation Conductivity Measurement Reliable Cycle Chemistry Monitoring
More informationUser s Manual. June 23, 2017 P/N Revision D. TURNER DESIGNS 1995 N. 1 st Street San Jose, CA Phone: (408) FAX: (408)
User s Manual June 23, 2017 P/N 998-2187 Revision D TURNER DESIGNS 1995 N. 1 st Street San Jose, CA 95112 Phone: (408) 749-0994 FAX: (408) 749-0998 Table of Contents 1. Introduction 1.1 Description 4 2.
More informationEXTREME. When the heat and pressure are on NONCONTACT POSITION AND PRESSURE MEASURING SYSTEMS
NONCONTACT POSITION AND PRESSURE MEASURING SYSTEMS When the heat and pressure are on For applications requiring high accuracy, reliability, structural integrity. Operating temperatures from -320 F to +1000
More information64C Amplification Block. Instruction Manual
64C Amplification Block Instruction Manual Caution: All rights reserved. Quidel Corporation reserves the right to modify this manual at any time without notice. Any part of the manual shall not be duplicated,
More informationSensortherm. Digital Pyrometer. Temperature Measurement and Control. com
Sensortherm Digital Pyrometer Temperature Measurement and Control Induction hardening Flame hardening Tempering Forging temperatures Conductive heating Vacuum-melting of metals Non-Contact Temperature
More informationENGLISH Datasheet JIS Miniature Thermocouple Connector In-Line Plugs Types K, J, T, E, R/S & B (JIS Colour Code)
ENGLISH Datasheet JIS Miniature Thermocouple Connector In-Line Plugs Types K, J, T, E, R/S & B (JIS Colour Code) Range of miniature thermocouple connectors with flat pins to suit thermocouple type Ideal
More informationTHE INFRARED PROS. Non Contact Infrared Thermometers for the Glass Industry
THE INFRARED PROS Non Contact Infrared Thermometers for the Glass Industry The Glass Industry Glass manufacturing was one of the first industries to use non-contact temperature measurement. Many of today
More informationNon-contact temperature measurement from 50 C to 2200 C
high-temperature Applications Non-contact temperature measurement from 50 C to 2200 C Infrared thermometers, infrared cameras and their applications Innovative Infrared Technology High temperature applications
More informationONYX-M SINGLE-CHANNEL OPTICAL TEMPERATURE PYROMETER
SINGLE-CHANNEL OPTICAL TEMPERATURE PYROMETER PRECISION TEMPERATURE MEASUREMENT FOR DEMANDING INDUSTRIAL APPLICATIONS INCLUDING GLASS, PLASTICS, AND SPECIALTY MATERIALS The Onyx -M is a single-channel,
More informationMounting Screw. Channel Filler. Light Angle Adjustable Screw. LED Board Vertical stud and blocking Locking Nose. Driver.
The Knife Edge Cove is a modular lighting system consisting of two parts: 1- An aluminum fixture housing extrusion 2- Drop-in lighting modules The fixture will provide a continuous knife edge architectural
More informationOperational Manual. Spectrophotometer Model: SP-830 PLUS. Metertech Inc. Version 1.07
Operational Manual Spectrophotometer Model: SP-830 PLUS Metertech Inc. Version 1.07 Metertech Inc. provides this publication as is without warranty of any kind, either express or implied, including, but
More informationABSORPTION MEASURING INSTRUMENT
Applications UV absorption measurement (DOC-monitoring) Hazen color measurement Color measurement in beer, sugar, hydrocarbons, etc. Concentration measurement of electrolytes, ClO 2, Cl 2, O 3, etc. Monitoring
More informationSilica Analyzer. Automated Silica Measurement Dependable and Sensitive. 2800Si Silica Analyzer Fully automatic calibration Trace sensitivity
Silica Analyzer 2800Si Silica Analyzer Fully automatic calibration Trace sensitivity Grab sample capability Low maintenance Automated Silica Measurement Dependable and Sensitive Silica Analyzer 2800S i
More informationRTD CHARACTERISTICS TRAINER
RTD CHARACTERISTICS TRAINER (Model No : ITB - 06CE) User Manual Version 1.0 Technical Clarification /Suggestion : / Technical Support Division, Vi Microsystems Pvt. Ltd., Plot No :75,Electronics Estate,
More informationENGLISH Datasheet JIS Miniature Thermocouple Connector PCB Mounting Socket Types K, J, T, E, R/S & B (JIS Colour Code)
ENGLISH Datasheet JIS Miniature Thermocouple Connector PCB Mounting Socket Types K, J, T, E, R/S & B (JIS Colour Code) Versatile, high quality, circuit board mounting miniature socket Specially designed
More informationPallet Safe: Installation Supplement Rev
Pallet Safe: Installation Supplement Rev. 4-1-13 Smartscan Incorporated, 33083 Eight Mile Road, Livonia MI 48152 Tel: (248)477-2900 Fax: (248) 477-7453 Web: www.smartscaninc.com SMARTSCAN INCORPORATED
More informationENGLISH Datasheet JIS Miniature Thermocouple Connector Panel Fascia Sockets Types K, J, T, E, R/S & B (JIS Colour Code)
ENGLISH Datasheet JIS Miniature Thermocouple Connector Panel Fascia Sockets Types K, J, T, E, R/S & B (JIS Colour Code) Miniature thermocouple fascia mounting sockets with clip All fascia mounting sockets
More informationWLC60 Heavy Duty LED Light
Datasheet Banner's WLC60 Heavy Duty Lights are engineered to withstand harsh environments, making it the first choice for a machine lighting solution. A conservative mechanical design protects against
More informationSingle Pulse Resistance Welder Instruction Pamphlet CD125SP High Accuracy CD Welder
EN G IN EERI N G Single Pulse Resistance Welder Instruction Pamphlet CD125SP High Accuracy CD Welder Fundamentals of Capacitive Discharge Resistance Welding deliver repeatable welds even during line voltage
More informationSPECIFICATION FOR SIMPLEX SWITCHBOARDS
SPECIFICATION FOR SIMPLEX SWITCHBOARDS 1.0 SCOPE This specification presents general guidelines, design criteria, and construction requirements for AZZ ENCLOSURE SYSTEMS SIMPLEX PANELS for providing control
More informationTemperature measurement. Metrology and Instrumentation Week-15-December 20, 2011 Dr. Belal Gharaibeh
Temperature measurement Metrology and Instrumentation Week-15-December 20, 2011 Dr. Belal Gharaibeh Introduction to temperature measurement We can measure temperature change rather than absolute (single)
More informationTotal Suspended Solids Systems
Total Suspended Solids Systems Model 711 Portable MLSS/ILA System Applications Model 711 Remote monitoring Environmental / Conservation Aeration basin monitoring Education / Classroom studies Clarifier
More informationZirconia Oxygen Analyzer
Data Sheet SS/ZDT/GP_6. Zirconia Oxygen Analyzer High Temperature Version ZDT GP Series Cost-effective solution for high temperature applications NEMA 4X/IP66 protection reliable operation in demanding
More informationSYSTEM 600 BILL CHANGER INSTALLATION INSTRUCTIONS Congratulations...
www.standardchange.com 1-800-968-6955 Technical Phone Support is from 8:00AM to 7:30PM E.S.T., Monday-Friday Walk-in Service is from 8:00AM to 4:30PM E.S.T., Monday-Friday Parts Department is from 8:00AM
More informationInstallation & Calibration
Installation & Calibration Type to enter text ED4-SR SkidWeigh Plus System Lift Truck Onboard Weighing System - Active Session Recordings (Recycling Industry Application) Version: V1.02 General Installation
More informationSilica Analyzer. Automated Silica Measurement Dependable and Sensitive
Silica Analyzer 2800Si Silica Analyzer Fully automatic calibration Trace sensitivity Grab sample capability Low maintenance Automated Silica Measurement Dependable and Sensitive Silica Analyzer 2800S i
More informationCH88 In Situ Flue Gas Oxygen Transmitter
CH88 Combustion Flue Gas Oxygen Analyzer System CMB-PDS-CH88 Product Data Sheet September 2017 CH88 In Situ Flue Gas Oxygen Transmitter World-Class TM performance Outstanding accuracy ±1% full scale 1056
More informationSolar Flat Plate Thermal Collector
Solar Flat Plate Thermal Collector 1 OBJECTIVE: Performance Study of Solar Flat Plate Thermal Collector Operation with Variation in Mass Flow Rate and Level of Radiation INTRODUCTION: Solar water heater
More information8. PYROMETRY FUNDAMENTALS
8. PYROMETRY FUNDAMENTALS Being part of a highly specialized field of measuring techniques has developed a certain mysterious aura about it. This mystery stems from the false perception that the technique
More informationFor Safe and Delicious Water
RESIDUAL CHLORINE ANALYZER 400G NON-REAGENT FREE CHLORINE ANALYZER FC400G 400G RESIDUAL CHLORINE ANALYZER FC400G NON-REAGENT FREE CHLORINE ANALYZER Bulletin 12F01A01-01E www.yokogawa.com/an/ For Safe and
More informationARC STUD WELDING SYSTEMS
ARC STUD WELDING SYSTEMS ARE complete stud welding systems which weld ARC studs using the ARC stud welding process. CONSIST OF the following items: An ARC stud welding power supply with built-in timer/control
More informationCEG-200. Industrial X-Ray Tube
Industrial X-Ray Tube PRODUCT DESCRIPTION Maximum X-ray intensity is achieved by use of a beryllium window which is the only element of inherent filtration. The cathode operates at ground potential eliminating
More informationOnline Infrared Flue Gas Analyzer Gasboard 3000
Online Infrared Flue Gas Analyzer Gasboard 3000 O 2 CO CO 2 SO 2 NO NO x Measurement Methods Proprietary Infrared NDIR Detectors - Micro-flow in ppm range: CO, NO, SO2 - Dual beam in % volume ranges: CO2
More informationTHERMOCOUPLE TECHNICAL REFERENCE DATA
THERMOCOUPLE TECHNICAL REFERENCE DATA Thermocouples are temperature sensors suitable for use with any make of instrument designed or programmed for use with the same type of thermocouple. Thermocouples
More informationTHERMOCOUPLE TECHNICAL REFERENCE DATA
THERMOCOUPLE TECHNICAL REFERENCE DATA Thermocouples are temperature sensors suitable for use with any make of instrument designed or programmed for use with the same type of thermocouple. Thermocouples
More informationENGLISH. Datasheet. RS single element: Single 4 wire element, allowing connection to any Pt100 2, 3 or 4 wire instrument
Datasheet ENGLISH Platinum Resistance Thermometer Pt100 Outdoor/Cold Store Temperature Sensors IP67 Weatherproof Housing, 4 wire single or dual element, or 4-20mA option Weatherproof IP67 rated wall mounting
More informationProcess Variables. Process Variables. Temperature Strain Level Flow Pressure
Process Variables Process Variables Temperature Strain Level Flow Pressure Process Variables Weight Viscosity Vibration ph Conductivity Process Variables Density Distance Position Altitude Acceleration
More informationAnalyzer Module Wet Chemiluminescence Detection (WCLD)
Product Data Sheet PDS 103-670.A01 October, 2003 NGA 2000 Heated NO/NO x Analyzer Module Wet Chemiluminescence Detection (WCLD) Heated sample handling module for hot/ wet gas samples Eliminates loss of
More informationQ45WQ. Water Quality Monitoring System. 6 Iron Bridge Drive Unit 1 & 2 Gatehead Business Park
Q45WQ Water Quality Monitoring System Home Office European Office Analytical Technology, Inc. ATI (UK) Limited 6 Iron Bridge Drive Unit 1 & 2 Gatehead Business Park Collegeville, PA 19426 Delph New Road,
More informationInstallation, Operating & Maintenance Instructions For Tri-Tech Medical Sleep Lab Panel Series
Manufacturer of Medical Gas Piping Equipment Installation, Operating & Maintenance Instructions For Tri-Tech Medical Sleep Lab Panel Series SLP-1 Sleep Lab Panel SLP-2 Sleep Lab Panel e6427rir 03/17/17
More informationEngineering Specifications
Engineering Specifications Tension Weigh Modules The portions of this specification that have been left blank ( ) should be filled with information about the specific application. Information for the blanks
More informationSENTRAN. Low Profile Load Cell. For more information call
SENTRAN Low Profile Load Cell PFSeries The PF Series is a high performance, low profile, strain gage load cell constructed of stainless steel. The PF Series is designed to accurately measure compression
More informationRC400G FC400G RESIDUAL CHLORINE ANALYZER RC400G NON-REAGENT FREE CHLORINE ANALYZER FC400G RESIDUAL CHLORINE ANALYZER
RESIDUAL CHLORINE ANALYZER 400G NON-REAGENT FREE CHLORINE ANALYZER FC400G 400G RESIDUAL CHLORINE ANALYZER FC400G NON-REAGENT FREE CHLORINE ANALYZER Bulletin 12F01A01-01E www.yokogawa.com/an/ For Safe and
More informationAHP WELDS USER MANUAL
AHP WELDS USER MANUAL Alpha-TIG200X (version III) Contents 1. Safety... 2 2. About your AlphaTig 200X... 3 3. Parameters... 4 4. Panel Index... 5 5. Setup Instructions... 6 6. Operating Instructions...
More informationF-2200 Series Steam Meter
F-2200 Series Steam Meter Vortex Mass Flow Meter for Saturated Steam Accurate cost effective mass flow measurement for saturated steam in a single instrument DESCRIPTION The F-2200 Series Steam Meter is
More informationRoad Tunnel Atmosphere Monitoring Systems TunnelCraft 3 - Air Quality Monitor Continuous measurement of NO2 and Visibility in road tunnels
TunnelTech 404 CODEL NO2, and Visibility Air Quality Monitor Road Systems TunnelCraft 3 - Air Quality Monitor Continuous measurement of NO2 and Visibility in road tunnels High accuracy determination of
More informationMODEL ASCS-15 CRANE SCALE
CAMBRIDGE SCALE C S W INC. WORKS MODEL ASCS-15 CRANE SCALE SET UP & OPERATION HONEY BROOK, PENNSYLVANIA TOLL FREE: 1-800-292-7640 CAMBRIDGE SCALE WORKS, INC. 1 Manual P/N 5999-1013-00 TABLE OF CONTENTS
More informationAP5K-C Precision AC Double-Pulse Spot Welding Machine User s Manual Shenzhen Will-Best Electronics Co., Ltd
AP5K-C Precision AC Double-Pulse Spot Welding Machine User s Manual Shenzhen Will-Best Electronics Co., Ltd 1 Content 1. Introduction...3 1.1 Functions...3 1.2 Units of AP5K-C...4 2. The Initial Installation
More informationDatasheet JIS Miniature Thermocouple Connector Quick Wire Sockets Types K, J, T, E, R/S & B (JIS Colour Code)
Datasheet JIS Miniature Thermocouple Connector Quick Wire Sockets Types K, J, T, E, R/S & B (JIS Colour Code) ENGLISH Miniature quick wire socket allowing rapid termination of wires Easy 'jab-in' connection,
More informationlumasense IMPAC Pyrometers Product Overview Highly Accurate Infrared Thermometers for Non-contact Temperature Measurements
lumasense IMPAC Pyrometers Product Overview Highly Accurate Infrared Thermometers for Non-contact Temperature Measurements LumaSense s IMPAC pyrometers are temperature measurement instruments that operate
More informationThermocouple & Fine Wire Welder Model No. L60+
Thermocouple & Fine Wire Welder Model No. L60+ Web e-mail Telephone www.labfacility.com sales@labfacility.com +44(0)1243 871280 Issue: 050004.OM.G Web e-mail Telephone www.labfacility.com sales@labfacility.com
More informationTemperonic Hog Sorter Control Unit
Temperonic Hog Sorter Control Unit Operators Manual 15-Mar-2010 Version C.1 Controller Features: Direct Connection of 1 or 2 Load Cells Retains up to 4000 Weight Records 2, 3 or 4 Way Sorting Possible
More information4690 Series Turbidity systems. Accurate, reliable turbidity measurement
Data sheet DS/4690 EN Rev. B 4690 Series Turbidity systems Accurate, reliable turbidity measurement Flow-through turbidity design Fast response to process turbidity changes due to minimal sample residence
More informationHow To Select And Use The Right Temperature Sensor
How To Select And Use The Right Temperature Sensor Introduction Having been involved in the design, manufacture and application of temperature sensors for twenty years, I have done a number of training
More informationGlobal Water globalw.com. Global Water. Instrumentation, Inc.
Global Water Instrumentation, Inc. 151 Graham Road P.O. Box 9010 College Station, TX 77842-9010 Telephone : 800-876-1172 International : (979) 690-5560, Fax : (979) 690-0440 e-mail : globalw@globalw.com
More informationENel Sp. z o. o. - WROCŁAW DESIGN AND MANUFACTURE OF POWER ELECTRONIC DEVICES INVERTER WELDING MACHINE ENEL250A USER MANUAL DEALER:
ENel Sp. z o. o. - WROCŁAW DESIGN AND MANUFACTURE OF POWER ELECTRONIC DEVICES INVERTER WELDING MACHINE ENEL250A USER MANUAL DEALER: . INTRODUCTION This manual contains information that will allow to take
More informationINDUSTRIAL INFRARED PYROMETERS. Williamson - Where Wavelength Matters
INDUSTRIAL INFRARED PYROMETERS 1 The Advantages of Infrared Pyrometers Temperature is commonly measured in manufacturing operations to monitor and control product quality and process productivity. Many
More informationSECTION Coiling Doors and Grilles Model 4320
SECTION Coiling Doors and Grilles Model 4320 PART 1 GENERAL 1.1 SECTION INCLUDES A. Rolling Steel Grilles B. Guides and Framing 1.2 RELATED SECTIONS A. Section 04810 - Unit Masonry Assemblies: Prepared
More informationSPOT HIGH PRECISION PYROMETERS A PRODUCT OF THE SYSTEM 5 FAMILY. 50 to 1800 C / 122 to 3272 F QUALITY CUSTOMER SOLUTIONS
SPOT A PRODUCT OF THE SYSTEM 5 FAMILY W W W. S P O T T H E R M O M E T E R. C O M i 50 to 1800 C / 122 to 3272 F QUALITY CUSTOMER SOLUTIONS SPOT AMETEK LAND HAS BEEN MANUFACTURING PRECISION MEASURING EQUIPMENT
More informationEquipment Specifications Low Voltage. Active Harmonic Filter
Equipment Specifications Low Voltage Active Harmonic Filter 1.0 General Description This section contains the design standards, general equipment type and configuration, components, product description,
More informationSabre P Model PD603 Process Meter Instruction Manual
Sabre P Model PD603 Process Meter 0-20, 4-20 ma, 0-5, 1-5, 0-10, ±10 V Inputs Type 4X, NEMA 4X, IP65 Front Shallow Depth Case 3.6" Behind Panel 4 Digit Display, 0.56" (14 mm) High, Red LEDs Easy Front
More informationMGO INSULATED THERMOCOUPLES INDEX
MGO INSULATED THERMOCOUPLES INDEX PAGE General Information... M1 Part Numbering Examples... M4 Thermocouple Elements (MA)... M5 Leadwire Style Thermocouples (MB)... M6 Leadwire Style Thermocouples (MD,
More informationSENTRAN. Low Profile Load Cell. For more information call
SENTRAN Low Profile Load Cell PASeries The PA Series is a miniature, low profile, strain gage load cell constructed of stainless steel. The PA Series is designed to accurately measure compression loads
More informationIndustrial Infrared. Pyrometers. Williamson - Where Wavelength Matters
Industrial Infrared Pyrometers 2 The Advantages of Infrared Pyrometers Temperature is commonly measured in manufacturing operations to monitor and control product quality and process productivity. Many
More informationA. Product Data shall be provided for each type of product indicated.
32 31 13 CHAIN LINK FENCES AND GATES SECTION 1 GENERAL 1.1 SUMMARY This Section includes the following: 1. Chain Link Fences 2. Gates for Chain Link Fences. See electrical specifications for electrical
More informationSECTION ELECTRIC FOUR FOLD DOORS MODEL 46 FLAT SHEETED
SECTION 08350 ELECTRIC FOUR FOLD DOORS MODEL 46 FLAT SHEETED PART 1 GENERAL 1.01 RELATED DOCUMENTS A. Drawings and general provisions of the Contract, including General and Supplementary Conditions and
More informationSENTRAN. Low Profile Load Cell. For more information call
SENTRAN Low Profile Load Cell PASeries The PA Series is a miniature, low profile, strain gage load cell constructed of stainless steel. The PA Series is designed to accurately measure compression loads
More informationMODEL CA-72 SERIES ACCELERATION TRANSDUCER INSTRUCTION MANUAL
MANUAL NO. 29340E1.8 Published in Aug.1993 Revised in Aug.2012 MODEL CA-72 SERIES ACCELERATION TRANSDUCER INSTRUCTION MANUAL FOREWORD CA-72 For Use in Safety... Thank you for your using our CA-72 Series
More information5. How to Select and Use the Right Temperature Sensor
5. How to Select and Use the Right Temperature Sensor Every sensor has its own specification on a particular Temperature range. Now, it is on the user, who will decide that which type of sensor is best
More informationCoating Thickness Meter Data Sheet / Instructions
Paint Test Equipment Coating Thickness Meter Data Sheet / Instructions Coating Thickness Meter Information The Paint Test Equipment Coating Thickness Meter easily measures all coatings on metallic substrates
More informationSECTION FIELD PANELS
Stanford University Facilities Design Guidelines SECTION 25 14 23 FIELD PANELS PART 1 - GENERAL 1.1 SUMMARY A. This section includes control panel and enclosure requirements for building control systems.
More informationChloride/Sulfate Analyzer
Chloride/Sulfate Analyzer 3000CS Analyzer Trace sensitivity Low maintenance Grab sample capability Fully automatic calibration Automated Chloride/Sulfate Measurement Sensitive and Reliable Chloride/Sulfate
More informationCoating Thickness Meter Coating Thickness
Paint Test Equipment Coating Thickness Meter Coating Thickness Coating Thickness Meter Information The Paint Test Equipment Coating Thickness Meter easily measures all coatings on metallic Substrates using
More informationLiquid Metal Cleanliness Analyzer for Continuous Monitoring
LiMCA CM Liquid Metal Cleanliness Analyzer for Continuous Monitoring n Direct, in-line and real-time inclusion measurement n Fully automated n Minimum maintenance n Integrated to the Process To maintain
More informationSPOT HIGH PRECISION PYROMETERS A PRODUCT OF THE SYSTEM 5 FAMILY. 50 to 1800 C / 122 to 3272 F QUALITY CUSTOMER SOLUTIONS
A PRODUCT OF THE SYSTEM 5 FAMILY i 50 to 1800 C / 122 to 3272 F QUALITY CUSTOMER SOLUTIONS SPOT AMETEK LAND HAS BEEN MANUFACTURING PRECISION MEASURING EQUIPMENT SINCE 1947. WE ARE SPECIALISTS IN NON-CONTACT
More informationF-SERIES: FF XT SPECIFICATIONS Exterior Swinging Four-Fold Door Systems
Version 5.22.13 F-SERIES: FF100-600XT SPECIFICATIONS Exterior Swinging Four-Fold Door Systems OPTIONS ARE LISTED IN BOLD, PLEASE MODIFY THESE AREAS AS NEEDED BASED ON YOUR PROJECT. CONSULT MANUFACTURER
More information