Eskon EPA 200 User Manual Download Page 2

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KK-EPA.004 Rev No:0 28.09.18

INDEX

INDEX ................................................................................................................................................................................ 2

1.TECHNICAL SPECIFICATIONS .......................................................................................................................................... 4

2. MECHANICAL DIMENSIONS .......................................................................................................................................... 4

3. CONNECTIONS ............................................................................................................................................................... 5

4. FRONT PANEL IDENTIFICATIONS ................................................................................................................................... 6

5. MENU TREE ................................................................................................................................................................... 7

6. SETUP ............................................................................................................................................................................ 8

6.1 Connecting the Sensor to the Device ...................................................................................................................... 8

6.2.1. Setting the Scale Value .................................................................................................................................. 9

6.2.2 Setting Factor Value ......................................................................................................................................... 9

6.2.3 Setting Calibration Method ............................................................................................................................ 10

6.2.4 Start Calibration (START) ................................................................................................................................ 11

6.3. ADJUSTING THE RELAY SET VALUES ..................................................................................................................... 11

6.3.1. Relay Output Settings ................................................................................................................................... 11

6.3.2 Changing Quick Set Values ............................................................................................................................. 12

6.4. RELAY PROGRAMMING MODE ............................................................................................................................ 12

6.4.1. Relay Function Selection ............................................................................................................................... 12

6.4.2 Delay .............................................................................................................................................................. 14

6.4.3. Hysteresis ...................................................................................................................................................... 14

6.4.4. Offset Value................................................................................................................................................... 15

6.4.5. Default Status Of The Relay (Cond) ............................................................................................................... 15

6.4.6. Sensor Selection (Snsor) ................................................................................................................................ 16

6.5. ANALOGUE OUTPUT SETTINGS ............................................................................................................................ 16

6.5.1. Analogue Output Type Selection .................................................................................................................. 16

6.5.2. Analogue Output ON/OFF ............................................................................................................................. 17

6.5.3. Inverse Setting .............................................................................................................................................. 17

6.5.4. Analogue Output Scale Setting ..................................................................................................................... 18

6.5.5. Wave Function .............................................................................................................................................. 18

6.6. DIGITAL OUTPUT SETTINGS .................................................................................................................................. 19

6.6.1. UART Settings ................................................................................................................................................ 19

6.6.2. CAN-Open Settings ........................................................................................................................................ 21

6.7. KEY TONE (SOUND) SETTING ................................................................................................................................ 25

6.8. SECURITY (SECURE) MENU ................................................................................................................................... 25

6.8.1. Hide the Menu (HIDE) ................................................................................................................................... 25

6.8.2. Lock the Menu (LOCK) ................................................................................................................................... 26

Summary of Contents for EPA 200

Page 1: ...KK EPA 004 Rev No 0 28 09 18 1 EPA 200 USER MANUAL PROCESS CONTROL DEVICE ...

Page 2: ...6 3 2 Changing Quick Set Values 12 6 4 RELAY PROGRAMMING MODE 12 6 4 1 Relay Function Selection 12 6 4 2 Delay 14 6 4 3 Hysteresis 14 6 4 4 Offset Value 15 6 4 5 Default Status Of The Relay Cond 15 6 4 6 Sensor Selection Snsor 16 6 5 ANALOGUE OUTPUT SETTINGS 16 6 5 1 Analogue Output Type Selection 16 6 5 2 Analogue Output ON OFF 17 6 5 3 Inverse Setting 17 6 5 4 Analogue Output Scale Setting 18 6 ...

Page 3: ...Menu 27 7 1 1 Decimal Point POINT 27 7 1 2 Tare Function TARE 28 7 1 2 1 Event 28 7 1 2 2 Input 28 7 1 3 Screen Refresh Rate REFRS 29 7 1 4 Prevention for Screen Flicker FILTR 30 7 1 4 1 AVRGE Average Calculation 30 8 OPERATION MODE FUNCTIONS 34 8 1 Tare Reset Fonction 34 8 2 Viewing Maximum and Minimum Values which are read 34 9 PRODUCT CODING 35 10 WARRANTY CERTIFICATE 36 ...

Page 4: ...t Analogue Inputs Potentiometer 0 10 V 4 20 mA 0 20 mA 3 33 mV V 2mV V 2 5mV V Ratiometric Thermocouple K J N R S T E and B type RTD Relay Outputs 3 pcs 250 VAC 3A For Resistive Load Relay Serial Communication Optional RS 232 RS 485 USB CANopen Analogue Outputs Optional 0 10 V 0 5 V 0 5 4 5 V 4 20 mA 0 20 mA Analogue Output Resolution 12 bit Connection Terminals with 2 5 mm 2 sockets Operating Tem...

Page 5: ... TYPE CONNECTOR CANopen CAN HIGH CAN LOW GND Analogue Outputs 15 16 17 4 20 mA Output GND 4 20 mA Output 0 10 V Output GND 0 10 V Output Tare Input Tare Input GND 1 2 3 4 5 6 7 8 9 10 11 24 23 22 21 20 19 18 17 16 15 14 13 12 SENSOR 24 23 22 21 20 19 18 Potentiometer 3 terminal 2 terminal 1 terminal X X 4 20 mA Input GND Sensor Signal Sensor Supply X X 0 20 mA Input GND Sensor Signal Sensor Supply...

Page 6: ...imiliar chemicals 9 Comply with the limit values specified in the technical specifications for relay outputs 10 The device cannot be changed by the user in the event of a fault Please contact our technical service in case of failure 1 Top Display Line It has 5 digits and shows the measured process value 2 Bottom Display Line It has 6 digits and shows the relay setpoint the temperature measured by ...

Page 7: ...KK EPA 004 Rev No 0 28 09 18 7 5 MENU TREE Top Menu Sub Menu Out 3 SCALE LABEL UNIT POINT POINT TARE REFRS Out 2 ...

Page 8: ... Sensor supply terminal must be connected to terminal 22 Sensor signal terminal must be connected to terminal 23 mV Volt Connection 0 10 Volt Connection Thermocouple Connection RTD Connection Potentiometer Connection 0 5 V and 0 5 4 5 V connections are made as above K J N R S T E and B type thermocouples can be connected ...

Page 9: ... value of 1 is multiplied by the values of S LO and S HI to determine the scale value For example When you set the S LO value to 1 the S HI value to 20 and make the factor 4 your device will operate in the range of 4 80 value range WARNING Changing the scale and factor value does not change the calibration of your device it only indicates the displayed value range on the screen 25 25 2 5 The decim...

Page 10: ...e 6 2 3 3 Multiple segmented Calibration With the multiple calibration option you can calibrate your device at up to 10 different points This method increases the linearity of the sensor For example If the length of the sensor is 40 cm and you want to calibrate at 5 different points these points are There may be 0 cm 10 cm 20 cm 30 cm when sensor starts and 40 cm points where the sensor ends These...

Page 11: ...mA and 0 5 4 5V inputs Meaning The sensor is not connected to the device or the sensor is defective OUT 25 30 30 0 30 The decimal point starts blinking Use the UP and DOWN buttons to select the decimal digit point Press and hold the UP button to move to the next step To enter a negative value move to one of the non digit digits and press the DOWN button When you press and hold to the PRG key the v...

Page 12: ...ess and hold the UP button to move to the next step To enter a negative value move to one of the non digit digits and press the DOWN button The decimal digit point starts blinking Use the UP and DOWN buttons to select the decimal digit point 25 0 25 The new SET 1 value you confirmed with the PRG button has been set You can return to run mode with the ESC button You can set the quick set values for...

Page 13: ...ue of Set 1 by increasing or decreasing the value of the relay each time it is released for the time which is entered DUAL When the value read in the instrument is increased or decreased with the value of Set 1A or Set 1B the relay remains drawn up for the time entered PER DC When the value read in the device is increased or decreases with the value of Set 1 or the value of Set 1 in every floor su...

Page 14: ...ton Press and hold the PRG button delay 20 OUT 1 OUT delay 0 When you press and hold to the PRG key the value in the second line starts blinking Enter the desired value using the UP and DOWN OUT 0 30 30 30 The decimal point starts blinking Use the UP and DOWN buttons to select the decimal digit point Press and hold the UP button to move to the next step To enter a negative value move to one of the...

Page 15: ...ress and hold the UP button to move to the next step To enter a negative value move to one of the non digit digits and press the DOWN button When you press and hold to the PRG key the value in the second line starts blinking Enter the desired value using the UP and DOWN You can also set other relay outputs in the same way bağlantıları Press and hold the PRG button OUT 1 OFSET 30 The new offset val...

Page 16: ...e selected CAN dt 2 When the relay output is wanted to be activated for CAN_Open communucation connection through data 2 the CAN dt2 should be selected OUT dfault temp When you press and hold to the PRG key the value in the second line starts blinking Enter the desired value using the UP and DOWN buttons Sensor types that can be selected and descriptions are shown below Press and hold the PRG butt...

Page 17: ...at the sensor is increasing the value at the analogue output will decrease ie an inversely proportional output will be provided OUT on off When you press and hold to the PRG key the value in the second line starts blinking Enter the desired value using the UP and DOWN buttons Press and hold the PRG button anlog cond off The new output condition you confirmed with the PRG button has been set You ca...

Page 18: ...s Press and hold the UP button to move to the next step To enter a negative value move to one of the non digit digits and press the DOWN button The decimal point starts flashing Use the UP and DOWN buttons to select the decimal digit point S LO 0 20 The new S LO value you confirmed with the PRG button has been set You can return to run mode with the ESC button After you have set the S LO value you...

Page 19: ... relevant booklet 6 6 1 1 Protocol Settings 6 6 1 2 Baudrate Setting OUT ascII When you press and hold to the PRG key the value in the second line starts blinking You can select one of ASCII Modbus RTU veya Modbus ASCII protocols using the UP and DOWN buttons Press and hold the PRG button dgtal prtcl MB RTU The new communucation protocol you confirmed with the PRG button has been set You can retur...

Page 20: ...al prITY even The new parity type you confirmed with the PRG button has been set You can return to run mode with the ESC button uart prITY none even OUT 1 When you press and hold to the PRG key the value in the second line starts blinking Enter the desired address value using the UP and DOWN buttons dgtal adres 2 The new address value you confirmed with the PRG button has been set You can return t...

Page 21: ...king Select the desired baudrate using the UP and DOWN buttons Press and hold the PRG button dgtal baud 500 The new baudrate you confirmed with the PRG button has been set You can return to run mode with the ESC button can Baud 250 500 OUT 1 When you press and hold to the PRG key the value in the second line starts blinking Enter the desired NODE ID value using the UP and DOWN buttons dgtal baud 2...

Page 22: ...art Beat value you confirmed with the PRG button has been set You can return to run mode with the ESC button can h beat 0 2 OUT off When you press and hold to the PRG key the value in the second line starts blinking You can turn ON or OFF using the DOWN and UP buttons dgtal Aut op on The new setting you confirmed with the PRG button has been set You can return to run mode with the ESC button can A...

Page 23: ...ith the PRG button has been set You can return to run mode with the ESC button can Snd op 255 1 OUT When you press and hold to the PRG key the value in the second line starts blinking Select the desired data type using the UP and DOWN buttons dgtal The new data type you confirmed with the PRG button has been set You can return to run mode with the ESC button can TPDO 1 D TYPE REAL 32 REAL 32 INT 1...

Page 24: ...2 50 COB ID 50 OUT When you press and hold to the PRG key the value in the second line starts blinking Enter the desired value using the UP and DOWN buttons dgtal The new setting you confirmed with the PRG button has been set You can return to run mode with the ESC button can RPDO 1 0 DATA 1 BIT 1 0 From this area BIT 1 Data Type Factor and calibration ON OFF settings are made separately The examp...

Page 25: ...enu is hidden HD CLB HD FOU OUT ON When you press and hold to the PRG key the value in the second line starts blinking You can turn ON or OFF using the DOWN and UP buttons SOUND oN The new sound status you confirmed with the PRG button has been set You can return to run mode with the ESC button SOUND OFF OFF SECUR ON When the PRG button is pressed and entered the hide options screen appears The de...

Page 26: ...ettings FTRY You can return the EPA 200 to its factory settings at any time Press PRG key to come to this menu to return to the factory settings Here you are going to face the PASS You need to enter 12345 which is the factory password not the user password you specified on the password screen SECUR off When you press and hold to the PRG key the value in the second line starts blinking Use the UP a...

Page 27: ...nd hold to the PRG key the value in the second line starts blinking Enter the factory password 12345 using the UP and DOWN buttons FTRY 12345 After confirming the password with the PRG button a menu appears asking you if you are sure If you confirm with the PRG key the device returns to the factory settings PASSP 0 SURE P SECUR The device will restart automatically after pressing the PRG button re...

Page 28: ...made equal to the set value and the Tare status led lights on r zero REPEATED ZERO When the first time it is pressed the value which is read on the sensor is made equal to zero and the Tare status led lights on When it is pressed next the read value returns to the state before the key is activated and the Tare status led lights off r prst REPEATED PRESET When the first time it is pressed the value...

Page 29: ...second line starts blinking You can select OFF RISE or FALL functions using the UP and DOWN buttons TARE OFF INPUT EDGE OFF RISE EDGE RISE DISP The new filter value you confirmed with the PRG button has been set You can return to run mode with the ESC button When you press and hold to the PRG key the value in the second line starts blinking Enter the desired value using UP and DOWN buttons TARE 10...

Page 30: ...he default 500 your device will reset the value on the display by taking 500 times the sample from the sensor Accordingly increasing COUNT values will reduce the flicker on the screen however it will slow down your device s response to the rapid movements of the sensor DISP Press and hold the PRG button When you press and hold to the PRG key the value in the second line starts blinking You can sel...

Page 31: ...nprocessed values that are not reflected on the screen is up to A Error the display is updated with the average of these values DISP Press and hold the PRG button When PRG is pressed and entered the value in the second line starts to blinking You can select ON or OFF by using DOWN and UP buttons FILTR OFF STATE OFF ON STATE On LQE The new screen refresh rate you confirmed with the PRG button has b...

Page 32: ...ress and hold to the PRG key the value in the second line starts blinking Enter the desired value using UP and DOWN buttons FILTR 4 DELTA 5 4 DELTA 4 HYS The new screen refresh rate you confirmed with the PRG button has been set You can return to run mode with the ESC button DISP Press and hold the PRG button When you press and hold to the PRG key the value in the second line starts blinking Enter...

Page 33: ...l Amb tmp Label Can dt1 You can provide to be shown data1 information through Can display via digital communication Label Can dt2 You can provide to be shown data2 information through Can display via digital communication Label Set 1 You can have the 1st set values of the relay displayed on line 2 Label Set 2 You can have the 2nd set values of the relay displayed on line 2 Label Set 3 You can have...

Page 34: ...o the description of the functions or to activate 7 1 2 Reset Tare Each time the device is in operating mode pressing the UP button will activate Tare according to the type of tare function selected and the Tare status led will light 8 2 Viewing Maximum and Minimum Values which are read When you press the DOWN button while the device is in operation mode you can see the minimum minimum value read ...

Page 35: ...K SENSÖR SANAYİ VE TİCARET A Ş Address Tuzla KOSB Organize Sanayi Bolgesi Melek Aras Bulvari No 67 34956 Tuzla Istanbul TURKEY TEL 90 0216 399 44 04 FAX 90 0216 399 44 02 Web www ateksensor com E mail info ateksensor com Authorized Service s Title Address Details Authorized Service ATEK SENSÖR SANAYİ VE TİCARET A Ş Address Tuzla KOSB Organize Sanayi Bolgesi Melek Aras Bulvari No 67 34956 Tuzla Ist...

Page 36: ...44 04 FAX 90 0216 399 44 02 E mail info alfasanayi com Seller Company s Name Address Phone FAX E mail Invoice Date and No Delivery Date and Address Signature Cachet Product Brand ESKON Product Code EPA 200 Serial No Warranty Time 2 Years This product is guaranteed for 2 years against manufacturing defects Non warranty situations Mechanical damages Damages in case of transportation User errors Othe...

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