User Manual
Contents
1. LL lt gt xm Q o e ERIT O c O OJ O 5 d cN lt o 9 c 972 me LL lt 21 2 RELAY OUTPUT O 0 lt LOAD CELL Cabling Draw 6 Setting Modes 6 1 Function mode Function Setting 1 Function setting method Measuring Mode Status Push the ENT key ENT A lt F 034 lt lt cec gt gt Y ENT ENT AN ___20 30 40 Men 2 RELAY Output Value Setting Method Measuring Mode Status Push the key r LU_ ENI setting ENT L98 m7ERO Value Y END gt ENF A Y Irt U 3 ENT Irt U 1 SETI RELAY1 Setting Value Irt SET2 RELAY2 Setting Value Irt U 3 SET3 RELAYS Setting Value Function mode list Standard Setting Value at Ex Work gc eu bres y o Foa poa moge ating Aone Pon Name Function Setting ros wapus CES ofon bee F 01 Division Setting of Indication as Minimum Unit Standard Setting Value 1 ee data setting F Indicates as 20 unit o 20 40 60 T Indicates as 50 unit Standard Setting Value 5 data Setting Speedy 10 F 03 Buzzer setting mode Display data oetting __ Not being interlocked with Relay Standard Setting Value O Being interlocked with Relay Being interlocked w2. MODEL DN 9000 OVER LOAD LIMITER User Manual OVER LOAD LIMITER DACELL CO LTD ADDRESS 681 1 Cheoksan Ri Namyi Myeon Cheongwon Gun Choongbuk TEL 043 260 2242 FAX 043 260 2245 htto www dacell com E Mail dana danaloadcell com Contents Wie ie iiec m E 2 121 Speed Chanel WEAR 2 Mar cre eMe reis ag 2 DI NN ENI EYN 2 lC Data sU Hr Me LK MM LM LI 2 a n s Oe OI Tr 2 E dia OI III 2 1 7 Detection function Tor LOAD CELL eiae eat aisi enitn Hatte 2 AC C ERREUR 2 ASCE i S S E E SI NE 2 I Y A 4 ME a B m __ ee eee 5 QS LLL ILU 6 SESTO Cn Y O 7 p ModE 7 6 2 Actual load calibration Or n PU REP PELIS Ip 12 Product Inc Y Y eI 222 19 8 OPTION OP 02 OP 03 Ouod 14 oom OE BOUE 16 1 Characteristics Thank you for choosing our product Please refer to the User Manual or contact us when you have any problem while you are using our product 1 1 Mid High Speed Changing Method 24bit high speed A D changing equipment which could detect input signal of sensor at the speed of 1 000 times per second is being used 1 2 Correction Method Correction method as actual load Standard load has applied 1 3 Output The value of alarm amp stop relay could be se
3. ation 2 25 2 RELAY2 Operation 4 SET3 RELAV3 Operation 5 TXD Communication Status Lamp 6 Measuring Value Indication It indicates measuring value and other values G ZERO KEY Measuring Mode If you push the Key for over 3 seconds the current value shall be changed as Zero oet Mode If you push the Key on the function setting mode the measuring mode shall be recovered Measuring Mode If you push the Key the setting value of Relay is being shown and could be changed oet Mode The line as location for flash figures shall be moved 9 A Measuring Mode If you push the Key the mode for actual load correction shall operated Set Mode The flash figure shall be increased by 1 figure number ENT Measuring Mode If you push the Key the function mode shall be operated oet Mode The setting value shall be saved 4 Terminal Board Please make sure of the location of terminal and its purpose and then while you push the button on the terminal board you could connect by putting the cable into the bottom hole Please confirm the solid connection by pulling it out softly In this case the cable size of b 0 5 1 shall be reasonable and please take lead welding or use one terminal for connecting cables in particular for several cable lines AC L AC N FG COM RY2 DG ZERO DG TXD R D AG E E 5 S SH 7 TI 0000 QC 06 000 0 Oo 3 9 o CD AC IN Power Cable Connec
4. e lc 5405 2 Method Half duplex Asynchronous type o Baud rate oelection of 2400 4800 9600bps 4 Parity No Parity 5 Data bit 8 DII 6 Stop bit bit Please set the number of equipment referring to INDICATOR Manual Possible to set for 1 32 channel 7 Command Type PC gt INDICATOR CODE Sy Ted y Mee 4 BIES asci 1 j P _ HEX 49H 44H 30H 50H 1 BYTE1 BYTE Fixed Letter ID 2 BYTES BYTE4 Equipment Number 1 32 3 BYTE5 Order command P Z 8 Command Table Command Descriptions ASCII HEX commanded equipment equipment as ZERO 9 Transmission DATA Type INDICATOR PC o 1 0 HEX 58H 54H 30H 30H 2CH 2BH 30H 1 2 8 4 5 C ir BYTE1 BYTE2 Fixed Letter ID 2 BYTE3 BYTE5 Equipment Number 1 32 3 BYTE6 Fixed Letter 4 BYTE7 BYTE14 DATA 8byte included S BYTET5 CARRIAGE RETURN BYTE16 LINE FEED
5. ith Relay2 Being interlocked with Relay3 F 04 Relay mode setting mode Standard Setting Value 000 Display data oetting Relay 1 3 A Contact point operation N N Relay 3 A Contact point operation N Relay1 Relay2 B Contact point operation N N 9 5 001 O 010 Relay 2 A Contact point operation Relay1 Relay3 gene we Relay 1 A Contact point operation Relay2 Relay3 C N B Contact point operation N F 05 Relay Delay time mode Display data oetting 00 00 N A 9 9 0 1 9 9 Unit as sec for setting of delayed time of output operation 0 1 sec 9 9 sec F 06 DAC capacity Analog Output value Setting option Standard Setting Value 10000 Display data oetting 19999 oetting of rating capacity for analog output Cases of Setting Value and Output 199999 Eng Voltage Output 10 Current Output 4 20mA Indicatin Indicatin Value Output Output Value Value Standard Setting Value 00 V 10000 000 F 07 ID Number Number Setting for Communication Equipment Standard Setting Value 00 No setting of equipment number Stream mode always data transmission 01 32 Setting of equipment number Command mode Data transmission by command F 8 Baud rate amp Print Communication speed and setting of print output Standard Setting Value 9600 EC NN IN O O a0_ 99m o o 90 989
6. m o o F 9 Pass word setting Standard Setting Value 0000 Display data oetting 0000 No use pass word function 0001 9999 Use pass word function f you set the pass word function you should input pass word to get into the Relay setting Actual load correction and Function mode But Zero function may be used 6 2 Actual load calibration Measuring mode status Push the key Point mark 0 0 0 0 00 0 000 a Y ae ENT Indicating Zero Push the ENT key without load on the sensor Indicating after 2 seconds Indicating the status of actual load calibration Key amp A key shall be used for input of actual output value and then push the ENT key UP After input actual load on the sensor push the ENT key Indicating after 2 seconds X XXXX Indicating current load value 7 Product Inspection e Load cell input e Insulation output resistance e Check resistance Cable amp Case e Check load cell Over 1000 insulation resistance Mohm Check loadcell When the weight e Defects of load cell l l U Insulation resistance Is beino e Check cable connection between loadcell and the body e Check disconnection of load cell cable e L oad cell Broken Trembling of e L oad cell insulation Display resistance e Interference increased or is not being e Contact failure of returned to load cell Zero e Wrong cable The weight has e Check co
7. nnection of e Output 519 changed to sel load cell output cable SIG Indicated as e Load cell damaged e Check status of load OVER or e Unstable connection cell and cable UNDER of load cell connection 9 OPTION Option 02 RS232C RS232C Interface shall be arranged as separated cabling from AC Power and electric cablings because it is sensitive against electric noise The cable shall be used as ohield Cable INDICATOR TX Transmission Data RXD Receiving Data Pin No 2 RX Receiving Data TXD Transmission Data Pin No 3 GN Ground GND Ground Pin No 5 1 TYPE EIA 232C 2 Method Half duplex Asynchronous type 3 Baud rate oelection of 2400 4900 9600bps 4 Parity No Parity 5 Data bit 8 Dil 6 Stop bit bit 7 Stream mode Ex Data 1234 5 Transmission rascu 5 T N T SyTEI0 BYTEN TE i 2 3 4 5 iF HEX 32H 33H 35H OOH OAH BY BYTE2 DATA Stable c DATA Unstable U 5 DATA OVERFLOW OL DATA UNDERFLOW UL 2 6 Fixed Letter 15 BYTE BYTE14 DATA 8 BYTE included 4 BYTE15 CARRIAGE RETURN 5 BYTE16 LINE FEED 6 Command mode OP 03 Refer 85485 itOption 03 RS485 RS485 Interface shall be arranged as separated cabling from AC Power and electric cablings because it is sensitive against electric noise The cable shall be used as ohield Cabl
8. tion Terminal 2 Earth Terminal Please contact earth separately 3 COM RELAY output common terminal 4 RY1 RELAY1 output terminal 5 RY2 RELAY2 output terminal 6 RY3 RELAYS output terminal G DG ZERO GND terminal ZERO ZERO input terminal 9 40 DG TXD RXD RS232C SERIAL INTERFACE 85485 TXD TX RXD gt TX 2 AG Analog output GND terminal 43 OUT Analog output terminal OP 03 EXC Sensor supply voltage connection terminal b EXC oensor supply voltage connection terminal S IG Sensor output signal connection terminal SIG Sensor output signal connection terminal 8 SH SHIELD of Sensor connection terminal 4 Notice p 1 Please plug the power out during the cabling 2 The earth terminal shall be made by big size of cable to protect shock voltage or obstacle against surge and the earth shall be made separately if possible It shall be used in the place of high level of noise and if the earth is being made with other machine the noise will be affected 3 Please confirm the function of terminal and connect cables to protect failure of operation in advance 4 n the event of accident which has made by intentionally disjoint and modification without consent of the Company the responsibility shall be borne by the User and A S shall not be made 5 Cabling Draw AC L AC N FG COM RY1 RY2 RY3 DG ZERO DG TXD RXD AG OUT E St S SH
9. ttled from the Key under over load and the signal of contact point shall be output 1 4 Data Back up Input data shall not be restored due to power failure because all the setting values shall be stored on flash memory 1 5 Watch dog This is automatic reset function when the system has stopped by external causes such as noise and etc 1 6 Option As addition options RS232C RS485 and Analog output could be used 1 7 Detection function for LOAD CELL LINE ERROR Contact point of Buzzer and Relay shall be output when cable line of load cell is being disconnected 1 8 Power The power is AC 85 265V 50 60Hz as Free voltage 2 opecifications e Usable Sensor Strain gauge type sensor Bridge 1200 3500 7000 e Max Indication 999g 99999 e A D Changer 24bit 1000 times sec e Temperature Characteristic Amp Characteristic Zero 0 5uV C Span 5Oppm e e Front Face Panel Measuring Value Indication segment 5 Digit Height of Letter 14mm otatus Indicating LED Red LED 5 EA Key Switch 4 EA e Output Comparison Output Output from RELAY1 RELAY2 and RELAY3 Contact Point Capacity AC 250V 5A e Range of Using Temperature 10 60 Under 82 RH No freezing e Exterior Dimensions 197 x 220 x 80 mm W x H x D e Power AC 85 265V 50 60Hz free voltage e Option RS232C OP 01 85485 02 4 20mA or 0 10 OP 03 3 Front Face Panel i POWER Power Indicating Lamp SET RELAY1 Oper
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