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Related Manuals for Siemens 7MC3052-1AB68
Summary of Contents for Siemens 7MC3052-1AB68
- Page 1 Two-colour pyrometer 7MC3052-... Operating instructions 06/2017...
- Page 3 Operating instructions SIEMENS Two-colour pyrometer 7MC3052-... Ident no. 1087381 (English) 06/17...
- Page 4 Papier, Transparente, Filme, Bänder, Platten und andere Medien. Hinweis! Soweit auf den einzelnen Seiten dieser Bedienungsanleitung nichts anderes vermerkt ist, bleiben technische Änderungen, insbesondere die dem Fortschritt dienen, vorbehalten. SIEMENS AG Industry Sector DF CS SD OP ITM Günther-Scharowsky-Str. 2 D-91058 Erlangen GERMANY Tel.: +49 (0) 9131 7-33310...
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Page 5: Table Of Contents
Operating instructions Content 11 Product numbers ....................1 12 General ......................2 2.1 Information about this manual ..............2 2.2 Explanation of symbols ................2 2.3 Liability and Warranty ..................2 2.4 Copyright .....................3 13 Safety .........................3 3.1 Intended use ....................3 3.2 User‘s responsibility ..................3 3.3 Safety requirements ..................3 3.4 Electromagnetic Compatibility ..............4 14 General Description ...................4... - Page 6 Operating instructions 18 Shielding and Grounding .................14 8.1 Equipotential bonding ................14 19 Operating controls and display ................15 10 Menu ........................16 10.1 Process value display ................16 10.2 Analogue output ..................16 10.3 Digital threshold OUT1 ................17 10.4 Digital threshold OUT2 ................18 10.5 Two-colour mode..................19 10.6 One-colour mode ..................20 10.7 Advanced Features .................21 11 Menu explanation ....................22...
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Page 7: Product Numbers
Pyrometer Temperature range Product number PK 68 AF 1 MB: 550 - 1400 °C, D = 70 : 1 7MC3052-1AB68 PKF 66 AF 1 MB: 700 - 1800 °C, D = 190 : 1 7MC3052-1AB66 PKF 66 AF 2 MB: 700 - 1800 °C, D = 190 : 1... -
Page 8: General
Operating instructions 2 General 2.1 Information about this manual The Operating Manual shall enable the user to properly install the pyrometer and the required accessories. Before starting installation, be sure to read and understand this entire manual, in particular the chapter on safety! The instructions contained in this manual, especially those concerning safety, as well as site specific regulations governing UV radiation must be complied with at all times. -
Page 9: Copyright
Operating instructions 2.4 Copyright This Operating Manual should be treated as confidential. It is solely intended for use by persons involved with the instrument. This manual may not be made available to a third party without prior Manufacturer’s consent. Please contact the Manufacturer if the need should arise. -
Page 10: Electromagnetic Compatibility
Operating instructions 3.4 Electromagnetic Compatibility The devices comply with the essential safety requirements of the Electromagnetic Compatibility Directive 2014/30/EU (EMC Act). When connecting a power supply unit, make sure that is also conforms to these standards. Radio interference may arise if the pyrometer is interconnected with such peripheral devices which have not been properly interference-suppressed. -
Page 11: Models
5 Models Two-colour pyrometer Focus Measuring LED spot Type Temp. range distance field size light 7MC3052-1AB68 550 - 1400 °C 1.5 m Ø 21 mm 7MC3052-1AB66 0.2 m ... ∞ 190 : 1 7MC3052-1AC66 1.08 m Ø 5.6 mm 7MC3052-1AD66 700 - 1800 °C... -
Page 12: Function
Operating instructions 6 Function The pyrometer measures the temperature without contact to the target. The infrared sensor is equipped with an analogue output and two open collector outputs. The instrument‘s display panel shows the measured temperature. • Analogue output 0/4 - 20 mA •... -
Page 13: Switching Threshold Out1
Operating instructions 6.2 Switching threshold OUT 1 OUT1 changes its switching status when the configured upper and lower thresh- olds [d1. S P, d1. r P] are exceeded. The source d1. S defines the signal at the output Out1. Two sources are available: •... -
Page 14: Lower Threshold Delay
Operating instructions 6.5 Lower threshold delay • The output impulse can be lengthened to make sure that the output impulse is correctly identified, e.g. by a downstream control system. • Lower threshold delay: [d1] → [d1. d r] = 0...10 sec. 6.6 Switching functions 1: Temperature profile... -
Page 15: Switching Threshold Out2
Operating instructions 6.8 Switching threshold OUT2 OUT2 changes its switching mode in relation to the set function. The following functions are available as a source for OUT2: • Dirt alert • Sync-pulse • Inner device temperature 6.9 Dirt alert A dirt alert function is available to ensure a safe measurement for the 7MC3052-... pyrometer. -
Page 16: Sync-Pulse
Operating instructions The parameter [DirT] dirt alert should be set to a signal intensity of 0.5 x. The pyrometer will stop to calculate the ratio temperature when the disconnection threshold [q] → [q. L iN]. The current signal strength can be displayed with parameter Q signal strength [q] →... -
Page 17: Lower Threshold Delay
Operating instructions 6.14 Lower threshold delay The output impulse can be lengthened to make sure the output impulse is correctly identified, e.g. by a downstream control system. Lower threshold delay: [d2] → [d2 . d r] = 0...10.0 sec. 6.15 Setting the emissivity ratio (two-colour mode) The difference between measured temperature and true temperature can be compensated by changing the emissivity ratio. -
Page 18: Transmission Factor (One-Colour Mode)
The IODDs required for configuring the IO-Link device as well as detailed infor- mation on process data set-up, diagnostic functions and parameter addresses are available in the download area at http://www.industry.siemens.com/services/global/ de/sirent/verkauf/Bedienungsanleitungen/Seiten/Default.aspx A 3-wire cable port Class A (Type A) must be used for IO-Link operation. -
Page 19: Electrical Connection
Operating instructions 7 Electrical connection ATTENTION The pyrometer may only be installed by a skilled, qualified electrician. Do not connect the instrument while the voltage supply source is turned on. Please observe international safety regulations at all times. ► Switch to neutral and verify absence of voltage ►... -
Page 20: Shielding And Grounding
Operating instructions 8 Shielding and Grounding 8.1 Equipotential bonding The pyrometer housing is connected to the shielding via the cable connector! Differences in ground potentials might cause an equalising current to flow between devices through a cable shielded at both ends. In this case, be sure to install an additional equipotential bonding line. -
Page 21: Operating Controls And Display
Operating instructions 9 Operating controls and display The pyrometer 7MC3052-... features a 4-digit display, 3 control keys and 3 LEDs. The instrument‘s display panel shows the measured temperature. 1 to 3: Indicator-LEDs LED 1 = indicates switching output OUT1 LED 2 = indicates switching output OUT2 LED 3 = signal strength 4: Control key Enter Select parameter and confirm setting... -
Page 22: Menu
Operating instructions 10 Menu 10.1 Process value display lock / unlock (display shows Loc/uLoc) 10.2 Analogue output Menu is not available when key lock is active Display Adjustment... -
Page 23: Digital Threshold Out1
Operating instructions 10.3 Switching threshold OUT1 Menu is not available when key lock is active Display Adjustment... -
Page 24: Digital Threshold Out2
Operating instructions 10.4 Switching threshold OUT2... -
Page 25: Two-Colour Mode
Operating instructions 10.5 Two-colour mode Menu is not available when key lock is active Display Adjustment... -
Page 26: One-Colour Mode
Operating instructions 10.6 One-colour mode Menu is not available when key lock is active Display Adjustment... -
Page 27: Advanced Features
Operating instructions 10.7 Advanced Features Menu is not available when key lock is active Display Adjustment... -
Page 28: Menu Explanation
Operating instructions 11 Menu explanation 11.1 Analogue output Parameter Function Explanation QUot. two-colour mode SPEc. one-colour mode Select source Ao . S (the selected temp. reading source will be shown on the display) Define lower limit of Analogue start value for scaling Ao . -
Page 29: Switching Threshold Out2
Operating instructions 11.3 Switching threshold OUT2 Parameter Function Explanation QUot. two-colour mode SPEc. one-colour mode OUT2 source D2 . S Tu. h i inner device temperature Dirt. dirt alert Sync. sync-pulse* OUT2 Upper threshold which activates OUT2 d2 . S P Upper threshold OUT2 Lower threshold which activates OUT2... -
Page 30: Measurement Acquisition (Two-Colour Mode)
Operating instructions 11.4 Measurement acquisition (two-colour mode) Parameter Function Explanation Ratio correction Ratio correction 80- 120 % Q . E PS Smoothing filter for min/ Off no smoothing Q . F iL max memory time t 0-10 sec in 0.1 sec steps Min/max memory Q . -
Page 31: Measurement Acquisition (One-Colour Mode)
Operating instructions 11.5 Measurement acquisition (one-colour mode) Parameter Function Explanation Emissivity factor Emissivity 10 - 110 % S . E PS Transmission factor 10 - 100 % (see chapter 5.17) S . t AU Max/min memory S . N EN P . -
Page 32: Setup
Operating instructions 12 Setup 12.1 Two-colour mode When measuring with a two-colour pyrometer, the field of view does not have to be filled entirely by the target object. There might even be particles like dust, steam and smoke in the viewing path that weaken the infrared radiation. LED 3 signals when a measurement is critical. -
Page 33: One-Colour Mode
Operating instructions 12.2 One-colour mode ► Set the pyrometer to one-colour mode: One-colour [Ao] → [Ao . S ] = SpEc. ► Align the pyrometer to the object to be measured Best Good Incorrect Target larger Target equal Target smaller than spot size to spot size than spot size... -
Page 34: Aligning And Focusing The Fiber Optic Head
Operating instructions 13 Aligning and focusing the fiber optic head The fiber optic head has to be aligned on the target. It is important to ensure that the beam path is not obstructed. If the pyrometer has a fiber optic, it could be necessary to focus the measuring head additionally. -
Page 35: Safety Instructions And Precautions
Operating instructions 13.1 Safety instructions and precautions Laser Radiation Hazard: Laser radiation can be harmful to eye! The laser pointer operates with a class 2 red light laser. Direct prolonged viewing of a laser beam can injure the retina. There-fore, the following safety precautions must be strictly observed, otherwise the laser may not be operated! •... -
Page 36: Operating Parameters
Operating instructions 14 Operating parameters When you reset/adjust the operating parameters the instrument remains in run mode. It continues to operate, using the current parameter settings, until you have finished configuring by pressing [Enter]. 14.1 Setting parameters – general information Select parameter ►... -
Page 37: Damping Function
Operating instructions Confirm parameter value ► Press [Enter] > The display indicates the parameter. The new value has been saved and will take effect. Adjust additional parameters ► Start again with step 2. Exit operating parameters layer ► Wait 30 seconds ►... -
Page 38: Peak Hold Function
Operating instructions OUT2 [mA] 1: Output signal without smoothing function 2: Output signal with smoothing function 14.3 Peak hold function It might often be desirable to determine the peak temperature during a defined time period, for example when the objects to be measured move past the pyrom- eter, resulting in temperature readings which would appear to be cyclical. -
Page 39: Dtd Function
Operating instructions OUT2 [mA] 1: Measuring object in front of pyrometer 2: Hold time 3: Measurement time of the second internal peak value memory 4: Measuring readings with peak hold function 5: Measuring readings without peak hold function 14.4 DTD function (Discontinuous Temperature Detection) This function serves to automatically detect the temperature during manufacturing processes with discontinuous or intermittent material flow. - Page 40 Operating instructions It can further be set which temperature is displayed or available at the output during the measurement. • [d2] → [q. A no] = [t. h ld. ] During the measurement the previous read- ing is available at the temperature output. •...
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Page 41: Reset All Parameters To Factory Settings
Operating instructions 14.5 Reset all parameters to factory settings ► [rES . ] select in menu advanced functions ► Press [ENTER] > The display shows [STOP] ► Hold [ENTER] for 2 seconds > Display flashes for 2 seconds ► Press [▲] >... -
Page 42: Error Indications
Operating instructions 15.2 Error indications The corresponding LED OUT 1 will flash at Overload output 4 Hz. The display shows "SC1" at 2 Hz. Display ot alternately shows overtempera- ture and measurement reading at = 0.5 Hz. Overtemperature The corresponding LED flashes at 4 Hz when the output is switched off. -
Page 43: Measurements An Black Bodies (Cavity Radiators)
Operating instructions • Small objects with medium and high temperatures can also be easily and accurately measured. • When measuring materials with low specific heat, a non-contact method does not induce heat loss which would distort the temperature reading (as is the case with contact temperature probes). -
Page 44: Measurements Errors
Operating instructions furnace - which applies to all other self-contained targets - always show a reading which is too low. Considerable errors can occur at targets with reflecting, polished or bright surfaces, e.g. molten steel and metal without oxide layer and ceramic materials. - Page 45 Operating instructions Using a reference emissivity coefficient Apply matte black colour to a part of the surface to be measured. This part has an emissivity of 94 %. At first, measure the temperature of the coloured part. Then make a comparative measurement right next to the coloured part and adjust the emissivity on the pyrometer until it displays the previous measurement reading again.
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Page 46: Maintenance
Operating instructions 18 Maintenance 18.1 Cleaning the pyrometer lens A false temperature reading will be given when the lens is dirty. Therefore, check the lens periodically and clean it, if necessary. Dust can be removed by simply blowing it away or by using a soft brush. A special lens cleaning cloth is ideal, but any soft, clean, lint-free cloth will be suitable. -
Page 47: Accessories
Operating instructions 20 Accessories Device Type Ident no. Shielded cable VK 02/L AF 1: 5 m 1043813 Shielded cable VK 02/L AF 2: 10 m 1047718 Laser pointer PS 01/M AF 3 1039284 Laser pointer PS 01/P 1029357 Air purge PS 01/A 560951 Air purge... -
Page 48: General Technical Data
Operating instructions 21 General technical data Load max. 500 Ω Switching output OUT1 / 2 Open Collector outputs 24 V, ≤ 150 mA switch point [°C]/ reset point [°C], hysteresis ≥ 2 K, Switch-on-/Switch-off-delay, NC/ NO IO-Link revision V1.1, downward compatible to V1.01 SIO mode yes, supported Transmission rate... -
Page 49: Device-Specific Technical Data And Field Of View Diagrams
Operating instructions 22 Device-specific technical data and field of view diagrams 7MC3052-1AB68 Temperature range 550 - 1400 °C Sensor Double Si Spectral sensitivity 0.95 / 1.05 µm Focus distance 1500 mm Target spot diameter 21 mm Analogue output 0(4) - 20 mA linear, switchable, scalable (≥ 50 K) Resolution current output 0.2 K + 0.03 % of selected range... - Page 50 Operating instructions 7MC3052-1AB66 Temperature range 700 - 1800 °C Sensor Double Si Spectral sensitivity 0.95 / 1.05 µm Focus distance 200 - ∞ mm Target spot diameter 190 : 1 Analogue output 0(4) - 20 mA linear, switchable, scalable (≥ 50 K) Resolution current output 0.2 K + 0.03 % of selected range Resolution temp.
- Page 51 Operating instructions 7MC3052-1AC66 Temperature range 700 - 1800 °C Sensor Double Si Spectral sensitivity 0.95 / 1.05 µm Focus distance 1080 mm Target spot diameter 5.6 mm Analogue output 0(4) - 20 mA linear, switchable, scalable (≥ 50 K) Resolution current output 0.2 K + 0.03 % of selected range Resolution temp.
- Page 52 Operating instructions 7MC3052-1AD66 Temperature range 700 - 1800 °C Sensor Double Si Spectral sensitivity 0.95 / 1.05 µm Focus distance 120 - ∞ mm Target spot diameter 100 : 1 Analogue output 0(4) - 20 mA linear, switchable, scalable (≥ 50 K) Resolution current output 0.2 K + 0.03 % of selected range Resolution temp.
- Page 53 Operating instructions 7MC3052-1AE66 Temperature range 700 - 1800 °C Sensor Double Si Spectral sensitivity 0.95 / 1.05 µm Focus distance 33 - 45 mm Target spot diameter 50 : 1 Analogue output 0(4) - 20 mA linear, switchable, scalable (≥ 50 K) Resolution current output 0.2 K + 0.03 % of selected range Resolution temp.
- Page 54 Operating instructions 7MC3052-1AF66 Temperature range 700 - 1800 °C Sensor Double Si Spectral sensitivity 0.95 / 1.05 µm Focus distance 1800 mm Target spot diameter 8 mm Analogue output 0(4) - 20 mA linear, switchable, scalable (≥ 50 K) Resolution current output 0.2 K + 0.03 % of selected range Resolution temp.
- Page 55 Operating instructions 7MC3052-1AF67 Temperature range 600 - 1400 °C Sensor Double Si Spectral sensitivity 0.95 / 1.05 µm Focus distance 1800 mm Target spot diameter 16 mm Analogue output 0(4) - 20 mA linear, switchable, scalable (≥ 50 K) Resolution current output 0.2 K + 0.03 % of selected range Resolution temp.
- Page 56 Operating instructions 7MC3052-1AB63 Temperature range 650 - 1600 °C Sensor Double Si Spectral sensitivity 0.95 / 1.05 µm Focus distance 210 mm Target spot diameter 4.1 x 0.6 mm Analogue output 0(4) - 20 mA linear, switchable, scalable (≥ 50 K) Resolution current output 0.2 K + 0.03 % of selected range Resolution temp.
- Page 57 Operating instructions 7MC3052-1AC63 Temperature range 650 - 1600 °C Sensor Double Si Spectral sensitivity 0.95 / 1.05 µm Focus distance 1000 mm Target spot diameter 18.5 x 2.7 mm Analogue output 0(4) - 20 mA linear, switchable, scalable (≥ 50 K) Resolution current output 0.2 K + 0.03 % of selected range Resolution temp.
- Page 58 Operating instructions 7MC3052-3AB68 Temperature range 650 - 1600 °C Sensor Double Si Spectral sensitivity 0.95 / 1.05 µm Focus distance 210 mm Target spot diameter 1.2 mm Analogue output 0(4) - 20 mA linear, switchable, scalable (≥ 50 K) Resolution current output 0.2 K + 0.03 % of selected range Resolution temp.
- Page 59 Operating instructions 7MC3052-3AC68 Temperature range 650 - 1600 °C Sensor Double Si Spectral sensitivity 0.95 / 1.05 µm Focus distance 1000 mm Target spot diameter 5.6 mm Analogue output 0(4) - 20 mA linear, switchable, scalable (≥ 50 K) Resolution current output 0.2 K + 0.03 % of selected range Resolution temp.
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Page 60: Factory Settings
Operating instructions 23 Factory settings Para- Factory settings 7MC3052- meter 1AB66 1AC66 1AB63 3AB68 User 1AB68 1AD66 1AF67 1AC63 3AC68 settings 1AE66 1AF66 quot. quot. quot. quot. quot. Ao . s 550 °C 700 °C 700 °C 650 °C 650 °C Ao . - Page 61 Operating instructions Para- Factory settings 7MC3052- meter 1AB66 1AC66 1AB63 3AB68 User 1AB68 1AD66 1AF67 1AC63 3AC68 settings 1AE66 1AF66 q. E ps q. f il q. N eN q. P hd q. d td t.hld. t.hld. t.hld. t.hld. t.hld. q.
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Page 62: Copyright
Operating instructions 24 Copyright The device software contains portions of the avr-libc library. Portions of avr-libc are Copyright (c) 1999-2007 Keith Gudger, Colin O‘Flynn, Nils Kristian Strom, Bjoern Haase, Bob Paddock, Michael Stumpf, Steinar Haugen, Reiner Patommel, Stefan Swanepoel, Peter Jansen, Michael Rickman, Eric B. - Page 64 Siemens AG Digital Factory Customer Services DF&PD DF CS SD OP ITM Tel.: +49 (911) 750-9600 Fax: +49 (911) 750-9609 Email: sirent.industry@siemens.com Office/Testing Warehouse/Counter service Breslauer Str. 5 Gundelfinger Str. 20 90766 Fürth 90451 Nürnberg Germany Germany http://www.siemens.com/sirent Subject to change without notice...