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Related Manuals for OPTEX FA CS-30TAC
Summary of Contents for OPTEX FA CS-30TAC
- Page 1 Non-Contact Thermometer Instruction Manual THERMO-HUNTER BUILT-IN CS-30TAC, CS-40TAC CS-30TAC-HT, CS-40TAC-HT OPTEX FA CO.,LTD. 91 Chudoji-Awata-cho Shimogyo-ku Kyoto 600-8815 JAPAN TEL +81-75-325-1314 FAX +81-75-325-2936 Printed in JAPAN 0807230 2018/07...
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Page 2: Table Of Contents
Thank you very much for purchasing OPTEX FA products. This device is a non-contact thermometer to convert the infrared energy emitted from the surface of an object into temperature. This thermometer measures the surface temperature of solid and liquid without contacting them. The temperature of gas cannot be measured by this thermometer. Contents Introduction ....................2 Safe Usage ....................3 Warnings & Caution on Environment and Usage ........3 Specifications ....................4 External Dimensions/Part Name ...............5 Wiring Diagram ..................6 Mounting/Installation..................8 Field of View ....................9 How to Use ....................10 Function List .................... 11 Setup of Functions...................12 BANK Setting ..................12 Response Time Setting ..............12 Adjustment Setting ................12 Analog Output Setting ................15 Alarm Output Setting .................16 Trigger Input Setting ................18 Display Off Setting ................2 0 Save Settings . -
Page 3: Safe Usage
Safe Usage This instruction manual contains various warnings for your safety and proper usage to avoid possible personal injury. Please be sure to heed the warnings and strictly follow safety instructions. This symbol signifies that improper usage may result in injuries or Caution damage. Caution This product is not a clinical thermometer and therefore, cannot be used for medical purposes. Caution Use of controls or adjustments or performance of procedures other than those specified herein may result in hazardous radiation exposure. Environmental Warnings - Warning - Caution DO NOT USE THERMOMETER WHEN IT IS WET OR KEEP THE THERMOMETER AWAY FROM DIRECT SOAKED IN LIQUID. -
Page 4: Specifications
Specifications Model CS-30TAC-HT CS-40TAC-HT CS-30TAC CS-40TAC Temperature range 0°C to 1000°C -40°C to 500°C φ 30/500 mm φ 40/500 mm φ 30/500 mm φ 40/500 mm Area size 22:1 15:1 22:1 15:1 Optics Silicon lens(Water-repellent coat, Oil-repellent coat) Detection element / Thermopile/ 8 to 14 μm Wavelength Response speed 150 msec/90% -40 to 0 C: ± 3... -
Page 5: External Dimensions/Part Name
External Dimensions/Part Name ● Sensor head Lens surface [mm] φ 7 Sensor cable φ 4×3000 (MAX) Cable No. ● Amplifier DIN rail attachment part Output cable Cable cover φ 6×2000 (MAX) Serial No. Cable No. Main display ▲/▼ buttons ENT. button Sub display... -
Page 6: Wiring Diagram
Wiring Diagram ● Output cable 15 pieces (AWG26) Dot mark 1 Dot mark 2 Output cable Descriptions Dot mark Line color Color Quantity Pink 12 to 24 VDC Power supply Gray Black ＋ White Analog output 4-20 mA － White Black Pink Black External trigger Input Gray Black Bank switch White Yellow N.C. Alarm output c contact Gray 300 mA/30 VDC or less Yellow... - Page 7 ● Sensor cable When you cut the sensor cables, ensure to perform [mm] end treatment and connection of the cables. In the case of the short circuit of the sensor cables, the sensor can not measure precisely. (1) Cut the cables to a desired length and treat their end as shown in the left figure. A guide wire is sheathed in the shielded mesh cable. Cut the other cables than the guide wire at their base. Cable tie Guide wire (2) Pass the sensor cable bundle through the hole (of approx. 2 of the cable cover and tighten the cable tie at the mm width) point shown in the left figure. * The serial numbers are printed on the cable cover. Make sure to put each sensor cables back to the same holes that you removed. (3) Connect the cables and shielded cable (guide wire) to the connector. (4) Insert the connector to the cable cover. *The metal plate of connector should be placed onto the clasp in the cable cover. Sensor Connector cable Green Yellow Brown Shield － ○ ○ C onnecting the sensor cables R emoving the sensor cables Keeping the connector pushed Pinch the tab of the cable in, fit the cable cover to the...
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Page 8: Mounting/Installation
Mounting/Installation ● Sensor head The external screw is M12 × P1.0. Fix securely into the hole of φ 12 mm or more using the attached hexagon nut. The optional mounting fitting can help you adjust the angle easily. ○ Mounting Mount the sensor head perpendicular to the target. Avoid a location where the sensor head may be exposed to vibration or impact. The ambient temperature should not rapidly change and should be within the operating temperature range. Do not fix the cable when it is bent or excessive load is applied to it. Although the sensor head is water-resistant, water drops on the lens may cause an error. 90° ● Amplifier Mount the amplifier on the DIN rail using the hooks on its bottom. Avoid a location where water or oil may spill on it. ○ M ounting Make the two hooks on the SW side catch the DIN rail and push in to set the amplifier. ○ R emoving Push the two hooks on the SW side to the opposite direction and raise the amplifier. -
Page 9: Field Of View
[CS-40TAC/CS-40TAC-HT] φ 7/0 φ 14/100 φ 27/300 φ 40/500 Area size/Distance D:S = 15:1 [mm] [For correct measurement] The range of field of view is equivalent to 90% of optical response (energy). The target should be sufficiently larger than the field of view shown above. When measuring a high-temperature target, keep as much distance from it as possible within the range of the field of view. Otherwise it may cause incorrect measurement. ● When using the optional CF lens [CS-30TAC/CS-30TAC-HT + CF] [CS-40TAC/CS-40TAC-HT + CF] φ 0.6/12 φ 1.0/12 Area size/Distance φ 26.5/50 φ 25/50 [mm] * When the CF lens is attached, correction is necessary because light intensity received from the target decreases by 20 to 30%. When measuring a minute spot, the recommended target size is approximately 1.5 times of the field of view shown above. -
Page 10: How To Use
How to Use (1) Confirm the wirings and then turn the power on. 8. 8 . 8 . 8 The display flashes and then temperature measurement starts (Normal Operation). 8. 8 . 8 . 8 (2) Confirm that the measurement value changes when you put your hand into the field of view. * Leave the Unit for a while after the sensor head is mounted. Temperature change may cause incorrect measurement. E1. 0 0 Normal Operation (3) To confirm or change the settings press the ENTER button ENT. for three seconds or more. The display flashes and then Setting Operation starts. Press 3 sec. or more (4) Select the function with ▲/▼ buttons. ▲ button MODE ▼ button 8888 Setting Operation BANK DELY... -
Page 11: Function List
Function List To change the settings, press the ENTER button for three seconds or more. The settable items are shown below. Change the settings as necessary. While the indication flashes, the settings are being read or written and the button operation is not available. MODE BANK 8888 Flashing / Button operation is not available Lighting / Button operation is available If the unit is left unoperated for 60 seconds or more, it returns to Normal Operation. In this case, the settings are cancelled. Make sure to perform Save Settings. No. Function Descriptions Select the bank (1 to 4) to change the setting. Bank ➊ Settings of Response Time, Adjustment, Analog Output, Alarm Output, Trigger Input, and Setting Display Off can be saved in each bank. Select the bank by cable connections. Select the response time. Response ➋ Time You can select 1 to 200 of the moving average times. Setting The larger number, the longer response time and the smoother fluctuation. Adjust the measurement value. The Unit has 3 methods for the adjustment as below; Adjustment TEACH Adjustment : Adjust the measurement value to the temperature value of the target. ➌ Setting Emissivity Rate Adjustment : Input the emissivity rate directly. 2 Point Adjustment : Adjust the measurement values (2 points) to the tempera- ture values (2 points) of the target. -
Page 12: Setup Of Functions
Setup of Functions ➊ Bank Setting Select the bank (1 to 4) to change the setting. BANK Settings of Response Time, Adjustment, Analog Output, Alarm Output, Trigger Input, and Display Off can be saved in each bank. (1) In the Setting Operation select the Bank Setting, and then press Enter button. BANK (2) Select the bank number, and then press Enter button. * Make sure to perform Save Settings and select the bank by cable connection. ➋ Response Time Setting Select the response time. DELY You can select 1 to 200 of the moving average times. The larger number, the longer response time and the smoother fluctuation. 1 = approximately 0.15 sec. to 200 = approximately 10 sec. DELY (1) In the Setting Operation select the Response Time Setting, and then press Enter button. (2) Select the moving average times, and then press Enter button. Make sure to perform Save Settings. ➌ Adjustment Setting Adjust the temperature measurement value. TADJ The Unit has 3 methods for the adjustment as below; : Adjust the measurement value to the TEACH Adjustment E1. 0 0 temperature value of the target. The measurement value is output based on the emissivity rate calculated automatically in TEACH Adjustment. - Page 13 ○ TEACH Adjustment Adjust the measurement value to the temperature value of the target. The emissivity ratio is calculated automatically. TECH E1. 0 0 E0. 9 0 (1) Aim the sensor head to the target. Confirm the target is sufficiently larger than the field of view. (2) In the Setting Operation select the Adjustment Setting, and then press Enter button. (3) Select the TEACH Adjustment, and then press the ENTER button. (4) The current measurement value is displayed. Input the temperature of the target, and then press the ENTER button. (5) Confirm that the measurement value and emissivity rate have been changed. Make sure to perform Save Settings. Error indication If the emissivity rate calculated automatically in the TEACH Adjustment is out of the setting range(0.1 to 1.2), an error(Err1) is displayed. In this case, TECH Adjustment is cancelled. Perform Emissivity Rate Adjustment. Err1 ○ Emissivity Rate Adjustment Input the emissivity rate directly. (1) In the Setting Operation select the Adjustment Setting, and then press Enter button. (2) Select the Emissivity Rate Adjustment, and then press E1. 0 0 E0. 9 5 the ENTER button. (3) Input the emissivity rate, and then press the ENTER button. (4) Confirm that the measurement value and emissivity rate have been changed.
- Page 14 Setup of Functions ○ 2 Point Adjustment Adjust the measurement values (2 points) to the temperature values (2 points) of the target. This setting is for adjusting the measurement value with the specified value AADJ according to the measuring targets. A intended value can be output by setting L (lower value) and H (higher value) conforming to the both specified value. * Measurement accuracy can not be guaranteed for the value made by 2 Point Adjustment. * Do not change the emissivity rate after setting in 2 Point Adjustment, otherwise the adjusted value will be changed. AADJ (1) Aim the sensor head to the target. Confirm the target is sufficiently larger than the field of view. (2) In the Setting Operation select the Adjustment Setting, and then press Enter button. (3) Select the 2 Point Adjustment, and then press the ENTER button. EXIt (4) Select ON, and then press the ENTER button. (5) Select SET, and then press the ENTER button. * To set the temperature H (higher value) first, select EXIT. EXIT (6) The current measurement value is displayed. Input the temperature L (lower value) of the target, and then press the ENTER button. (7) Aim the sensor head to the target. Confirm the target is sufficiently larger than the field of view. (8) Select SET, and then press the ENTER button. * To input the temperature H (higher value) later, select EXIT. (9) The current measurement value is displayed. EXIt Input the temperature H (higher value) of the target, and then press the ENTER button. Make sure to perform Save Settings. * If the timings to set temperature L and H are different (e.g., when using the same target for setting L and H), set either of them first and perform Save Settings. Otherwise the 2 Point Adjustment will be cancelled. * The adjusted value are effective after the both of temperature L and H are saved.
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Page 15: Analog Output Setting
The minimum temperature width for higher value and lower value is 10 degrees. Temperature Temperature After adjustment Energy Energy ➍ Analog Output Setting You can setup higher limit value (value for 20 mA) and lower limit value (value for 4 mA). H (higher limit value) : Value for 20 mA ASCL ASCL L (lower limit value) : Value for 4 mA * The current Setting value is displayed first on sub display. (1) In the Setting Operation select the Analog Output Setting, and then press Enter button. (2) H (higher limit value) is displayed. Input the temperature H (higher limit value), and then press Enter button. (3) L (Lower limit value) is displayed. Input the temperature L (lower limit value), and then press Enter button. Make sure to perform Save Settings. Temperature Temperature 500°C 300°C 0°C -40°C 4 mA 20 mA Output 4 mA 20 mA Output * The minimum width of output range is 100 degrees. -
Page 16: Alarm Output Setting
Setup of Functions ➎ Alarm Output Setting Alarm output mode, temperature of alarm output and alarm ON/OFF can be set. H (higher limit value) : A larm output turns on when the ALAM ALAM measurement value exceeds the Setting value. L (lower limit value) : A larm output turns on when the measurement value falls below the Setting value. The Unit has 3 Alarm Output Modes as below; NORMAL Mode Measurement value Alarm output is kept on as long as the value is above or below the limit value. Alarm output DELAY Mode Measurement value Alarm output turns on when a specific time period passes after the value exceeds or falls below the limit value. Alarm output t: Time to delay output ONE-SHOT Mode Measurement value Alarm output turns on when the value exceeds or falls below the limit value and is kept for a specific time. ONES Alarm output t: Time to keep output on... - Page 17 (1) In the Setting Operation select the Alarm Output Setting, and then press Enter button. (2) Select ON, and then press the ENTER button. * To cancel the setting, select OFF and press the ENTER button. (3) The H (higher limit value) is displayed. Input the temperature H (higher limit value), and then press the ENTER button. (4) Select ON, and then press the ENTER button. * To cancel the setting, select OFF and press the ENTER button. (5) The L (lower limit value) is displayed. Input the temperature L (higher limit value), and then press the ENTER button. ○ Output mode To setup NORMAL Mode (6) Select NORMAL Mode, and then press the ENTER button. Make sure to perform Save Settings. To setup DELAY Mode TIME TIME 0. 0 10 2. 0 00 (6) Select DELAY Mode, and then press the ENTER button. (7) The DELAY Time is displayed. Input the DELAY Time, and then press the ENTER button. The DELAY Time range is 0.01 to 2.00 seconds. Make sure to perform Save Settings. To setup ONE-SHOT Mode TIME TIME ONES 0. 0 10 2. 0 00 (6) Select ONE-SHOT Mode, and then press the ENTER button. (7) ONE-SHOT Time is displayed.
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Page 18: Trigger Input Setting
Setup of Functions ➏ Trigger Input Setting Trigger input mode, analog output type, and trigger ON/OFF can be set. TRIG External Mode : Analog Output is controlled by External Trigger. WAVE Mode : Analog Output is controlled by the judgment criterion value (WAVE LIMIT). TRIG TRIG TRIG WAVE No setting External Mode WAVE Mode The Unit has 4 analog output types as below; MAX HOLD : HOLD Trigger input The maximum value between the triggers is output. Analog output Measurement value MIN HOLD : HOLD Trigger input The minimum value between the triggers is output. Measurement value Analog output P-P HOLD : HOLD Trigger input The P-P value (maximum minus minimum) between the triggers is output. (For... - Page 19 ○ External Mode Analog Output is controlled by External Trigger. (1) In the Setting Operation select the Trigger Input Setting, and then press Enter TRIG button. (2) Select the External Mode, and then press Enter button. (3) Select the analog output type, and then press Enter button. Make sure to perform Save Settings. HOLD HOLD HOLD HOLD SAMP ○ WAVE Mode Analog Output is controlled by the judgment criterion value (WAVE LIMIT). (1) In the Setting Operation select the Trigger Input Setting, and then press Enter TRIG button. (2) Select the WAVE Mode, and then press Enter button. WAVE (3) Select the analog output type, and then press Enter button. * In the WAVE Mode, MAX HOLD or MIN HOLD is available for the analog output type. (4) Input the judgment criterion value (WAVE LIMIT), and then press Enter button. Make sure to perform Save Settings. HOLD WIMT WLIM WIMT WLIM HOLD WAVE MAX HOLD WAVE MIN HOLD Trigger input Trigger input Analog output WAVE WAVE LIMIT LIMIT Measurement value...
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Page 20: Display Off Setting
Setup of Functions ● Combination of alarm output and trigger input This unit allows individual setting for each function. The behavior when the alarm output and trigger input are combined is as described below. The alarm output uses the analog output value as the judgment criterion, so when the trigger input is set, the controlled analog output will be the judgment criterion. Setting value Setting value Alarm: H/L setting NOR output Alarm: (1) H/L setting NOR output Trigger: External trigger MAX HOLD (2) H/L setting DEL output (3) H/L setting ONES output According to the analog output of MAX Trigger: WAVE trigger MAX HOLD HOLD set by the trigger input, alarm is output while the value is outside the According to the analog output of MAX range between H and L. HOLD set by the trigger input, alarm is output while the value is outside the range between H and L. MAX HOLD Trigger input Trigger input Measurement value Analog output Measurement value Analog output WAVE LIMIT... -
Page 21: Save Settings
And it moved the selected bank to Normal Operation. Normal Operation. set the settings in succession. Make sure to perform Save Settings. If you cancel in Save Settings, all settings entered are not saved. ● Setting Initialization Press▼and Enter buttons for 2 seconds or more. Then Setting Initialization rEST Indicator is displayed and all settings initialized to the default settings. [Note of the settings] Default Settings User Settings CS-30TAC（CS-30TAC-HT） CS-40TAC（CS-40TAC-HT） Bank Response Time Moving average times Display value before adjustment （℃） （℃） （℃） （℃） ー TEACH Adjustment Temperature value of the target （℃）... -
Page 22: Troubleshooting
Troubleshooting Problem Cause Action The power is not applied. Confirm the wirings and connections. Cannot measure. Confirm the power voltage and adjust it to The power voltage is low. the 12 to 24 VDC range. Clean the lens referring to the Lens section The lens is dirty. under “Maintenance”. Adjust the mounting position so that the The measurement area is off center. target comes to the center of the area. measurement A high-temperature object is near the value is incorrect. Block the heat source using a board, etc. target affecting the measurement. The emissivity rate is incorrect. Set the emissivity rate to that of the target. The sensor head is affected by Prevent vibration. The measurement vibration. value is not The sensor head is affected by rapid Leave the sensor head for a while until the stable. temperature change. temperature becomes stable. * If the problem persists even after taking the actions above or the problem is not listed here, contact the sales distributor. Maintenance Lens Dust, dirt and scratches on the lens can cause incorrect measurement. If the lens is dirty, remove the dust using a blower for cleaning lens. For stubborn dirt, apply a small amount of ethyl alcohol to a cotton swab or special lens cleaning cloth and gently wipe off the dirt. Amplifier For heavy dirt on the amplifier, use a lightly moistened cloth to wipe it off. Do not use alcohol or such other material because it may damage the surface or fade the printing.