DMGシリーズ （ロギング機能付）
Contents
1. GO GO DA EC PR 3 ER eee EBM o FJA SFOC HELP 3 im ORE FERMES s No Paige ik f E EUR oe a AS DMG 5 Be ae E eee GED gt 3 9 O RPX o SN oa SS ez N l Oo aO K H O oO a2. COM 100 2 E A So eee eee BRAD PEE RATEN IONA 8BIT ohh AO FE enon GO COM i e ee OB ries R 10 50 SI a ee aA 3 GO A GR gt 0 05s Eh 2 f OBRAD ON ie 0
3. 5 IN1 5 ANE COIR ALAC REED DET OT MERIA HE dt Be HE m 6 omn m 6 our S oD an ES mt 7 IN2 K 7 IN8 2 f 4 R S 8 OUT2 8 OUT8 SP py y TIE 105 0004 2 21 1 2 T 03 3572 2846 bic 9 IN3 WAS 9 VIN a 450 0002 4 8 12 B 052 582 4641 A 10 OUT3 10 VIN EA 532 0033 1 10 9 06 6394 2102 11 IN4 GO URL http www hokuyo j os No MFA 0042C zz p w hokiy osaut cgip ie 12 OUT4 GO S N a ecr Auno aareene e
4. 0 00 200 1 300 400 00 Sa aa DCV 50m A 18V RR BNC HB1 cm 30 7 7 1 5 mA clon 40 Pa 3 z sues RAOIN ZITI LEIR X cm ME 2 4 5 2 POW a is 1 S seh Sy i ON OFF 3 Vin 0 SM 9 aD SOS TR age
5. 10 A 7 ee ers 1 w Wz I GI lt a eS NR pes 2 2 ARERO 3m s7 Te aik e a eae t sagn go 3 OFF ON 40 2 OUT lt AM 4 CONE 3 ie 30 lt i 0 20 SDE 5 ots 4 10 N 1 7 j ee Ty Dy RE a Ee RE y 0 i 3 E ON 2 3mA E hace
6. ay JNI380o Js ili Slee 3 3kKo IN wo 5V Pilot lamp Pict fi COM E a A lamp 77 goo ON current 2 5mA or more NPN open collector output OFF current 1mA or less VDC 50mA p 2 wire type sensor can t be used Residual voltage 1 8V or less operation threshold current 1 5 2mA 9 Fig 3 ADJUSTMENT 1 Indication lamps provided for the system are as shown in Fig 4 2 Adjustment is made during energizing Confirm the power lamp POW is lit up 3 Optical axis adjustment Make the transmission windows of the units face to each other visually and fix them temporarily With the state retained move one of them vertically and hori zontally to confirm the effective lighting ranges of the output lamp GO and fix to the center of the range Execute the same adjustment for the other unit It is possible to change the transmission distance by projection amount adjuster Fig 4 Output data lamp O O nput data lam p O O ss NO O O T IN gu O O O O O O GO oO oO POW GO output lamp N Power lamp Output data lamp OUT Lights up when output Input data lamp IN Lights up when input GO output lamp GO Lights up when Go output is ON Power lamp POW Lights up when energizing MiLOGGING FUNCTIONS 1 General This device provides with logging function which memorizes T O data and this function is ve
7. O o _ GO oO POW 1 IP64 2 10P gs PSNR a SAE BIL gt eE to HAS ae saa ate i GO GO GO ON POW DATA TRANSMISSION DEVICE DMG series with Logging Function INSTRUCTION MANUAL No MFA 0042C HOKUYO HOKUYO AUTOMATIC Co LTD 1 10 9 NIITAKA YODOGAWA KU OSAKA 532 0033 JAPAN TEL 81 6 6394 2102 FAX 81 6 6394 2339 URL http Awww hokuyo aut jp NOTICE FOR SAFETY Please be sure to handle and operate the products correctly according to the Instruction Manual etc before making installation wiring ope ration and or maintenance of the products If necessary arrange to reach the Instruction Manual etc to final responsible person Possible to cause medium damage and UN WARNING slight injury
8. or physical damage when mis used However it is possible to cause more serious result according to situation This product is not designed for safety measures If this is intended to be used for safety purpose or a usage which will expect to be affected serious damage when this product would malfunction please be sure to take measures such as increasing maintenance frequency or having back up circuit on it according to its degree of danger This product should be used under the voltage and current mentioned on the product or the brochure It is possible to occur short circuit or fire if it is used out of rated value When abandon please treat it as industrial waste MBEXTERNAL DIMENSIONS Transmission window 2 64 5 14 5 Projection 64 5 amount adjuster gt Optical axis direction Side on Lead wire Head on INSTALLATION 1 Please don t use at the following places Water amp oil splashes on the light transmitting windows The protective structure of this product is IP64 but if water or oil splashes on the light transmitting windows performance of the products will be lowered Solvent gas amp corrosive gas exist Direct sunlight put into the light transmitting windows Any places where the light enters into directional angles of this device if using it near high frequency fluorescent lamp Go signal may be down Any places suffered w
9. 05s eX 1 e OFF 1638 35s 27 2 GO ao E a 512 SS E i i Paes gus ER TESA x i mae A 7 ECU GIN SED OCONEE M IN i 10kg en 10 ts 10 E COM VIN esa
10. 1 sec 4 How to read out When some troubles such as interlocking etc happened you can read out memorized data with data transfer checker Optical remote controller option and show them on PC with exclusive application software It is easy to read out without removing cover because of reading out by optical communication It is made by facing the head of data transfer checker Optical remote controller to transmission reception part of DMG Please note that don t use SELECT input Please open or connect to VIN Met Please see the specifications sheet for optical remote control type data transfer checker and HELP of application software attached to data transfer checker in details Data Transfer checker _ DMG Head d Power box p Harken J AC adaptor Ul o ae of f PC i i i Switch for data read out z SN ER EE EA J It can be read out by pushing the switch for data read out even if not connecting to PC
11. Als we A 7 Tje JF EA JJ J WUEMA No No t ae D M G f 1 COM 0V 1 IN5 ee 1 5 2 1 EYE 2 OUT5 TE uy us arm 4 oe i A DUT DM DMS O J R723
12. ith over rated temperature except 10 50 C humidity vibration amp shock etc 2 Installation Dimension is as per Fig 1 Refer to Fig 2 for transmitting area Tighten firmly with M4 screw in order to be not loosen by vib ration etc Tighten torque of screw should be less than 1N m Approx 10kg cm HETRANSMISSION AREA typical example Area 1 Transmission distance 0 1m Area 2 Transmission distance 0 3m Operation 0 width 0 em 10 Distance X cm Fig 2 Operation is unstable around the end part of communication area and output may be chattering HECONNECTION 1 The specifications of input output and lead wire are as per Fig 3 2 Refrain from wiring parallel or in same conduit with power source or high voltage line 3 The standard wire length is 2m provided Use the same shield line when extend the length more About standby mode changeover by MODE input When operate set each device in reverse mode between transmission side and reception side When the transmission side is set Transmit standby mode the reception side must be set Reception standby mode 2 wire 12P connector 1 10P connector 2 shield Connector 1 Connector 2 Lead wire Color Pin No Spec Lead wire Color Pin No Spec Light blue 1 COM OV Green 1 5 Pink 2 MODE G
13. reen Black 2 OUT5 White 3 SELECT 2 Blue 3 6 White Black 4 GO Blue Black 4 OUT6 Brown 5 Purple 5 7 Brown Black 6 OUT1 Purple Black 6 OUT Red 7 IN2 Gray 7 8 Red Black 8 OUT2 Gray Black 8 OUT8 Orange 9 IN3 Pink Black 9 VIN Orange Black 10 OUT3 L Blue Black 10 VIN Yellow 11 IN4 Shield Shield Yellow Black 12 OUT4 1 Mode input This is to select transmission or reception standby mode Transmission standby mode when it is opened between MODE amp I O COM Reception standby mode when it is short circuited between MODE amp I O COM 3X2 Select input This is to stop transmission amp reception operation by outside signal Operates when it is opened between SELECT amp I O COM Stops operation when it is short circuited between SELECT amp I O COM must be opened when reading logging data 3 GO output This is to check for correct reception of optical signal It is ON when optical signal is received It is OFF when optical signal is interrupted or non receiving state Note Terminal ends handling of not using input output GO output SELECT input MODE input and are to be treated individually and not touching to the other lead wires If handled in one treatment it will cause malfunction Note The connector attached on the end of lead wire can not be used as connecting terminal Note COM and VIN are shorted internally INPUT section common OUTPUT section common
14. ry helpful to analyze when trou bles such as interlocking etc happened Also this device is com patible with standard models DMS HB1 GB1 series under the circumstances such as optical communication input output and installation and so it is easy to replace them at the current facilities 2 Logging functions This device memorizes transmission reception data GO SELECT and invariable time of reception data in non volatile storage in all time by using changes of transmission reception data SELECT input and GO output as trigger 3 Specifications Data variable time Max 100 times or less ee Transmission reception data Each 8 bits GO output SELECT input Power Nos 0 05sec Memorizing data Measuring unit of invariable time Measuring error of invariable time Measuring range of invariable time Memorizing media Ferroelectric memory 512 byte Memorizing cycle Min 20msec Nos 10 times Years 10 years 0 05sec Max 1638 35sec Approx 27min ee3 Memorizing life Note 1 Transmission reception data is monitored and memorized It may be different with input output data Note 2 In case that data variable Nos exceed max value it is overwritten from older data Note 3 In case that measuring of invariable data for transmission reception data exceeds max value it is Memorized as max value Note 4 When OFF ON state for all memorized data is memorized for
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