janitza UMG507 Functional Description Download Page 16 | Manualshive

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Step 2:

Set the connection configuration of the temperature sensor to KTY83

Step 3:

The parameter address (see address list UMG507) of the external temperature sensor is assigned to integrator no. 1.

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Summary of Contents for UMG507

Page 1: ...ctronics GmbH Vor dem Polst ck 1 35633 Lahnau Support Tel 06441 9642 22 email info janitza de internet http www janitza de Doc No 1 032 311 1 Universal Measuring Device UMG507 Functional description A...

Page 2: ...UMG507 Description of Profibus with examples Issue Note 17 02 2005 First edition Wagner 07 03 2005 Correction All rights reserved No part of this description may be reproduced or multiplied without th...

Page 3: ...t 4 Byte 2147483648 to 2157583647 u_int l unsigned int 4 Byte 0 to 4294967296 char l char 1 Byte 128 to 127 bit l Bit always reads a complete register 16Bit I inverted RS485 connection The RS485 conne...

Page 4: ...me zone comparator 4 Programming of the logical combinations 5 Fixing of the I O configuration Step 1 The time base of UMG507 is based on UTC The standard time in Iran is GMT 3 5h for winter time and...

Page 5: ...r Tariff 2 Weekday first Monday Weekday first Monday Weekday first Sonday Weekday first Sonday Hours 00 00 Hours 12 00 Minutes 12 00 Minutes 23 59 Programming of the function combinations in panel Log...

Page 6: ...mparator 1 Flag 84 Inverting comparator Time switch channel 3 AND Flag 84 Flag 85 Winter Tariff 1 Time switch channel 4 AND Flag 84 Flag 86 Winter Tariff 2 Flag 82 OR Flag 85 Flag 87 Result Tariff 1 A...

Page 7: ...ology and select function show all measured values The topology must be online One more possibility is to drag all important parameters into the display of UMG507 The following parameters are useful T...

Page 8: ...status of the digital output Steps 1 Input DNS address 2 Email configuration 3 Fixing the limits 4 Programming of the logical combinations 5 Fixing of the I O configuration Step 1 Enter the IP addres...

Page 9: ...can be read with PSWbasic professional If the clock of the UMG507E EP is synchronized by a NTP Server the accuracy of the time is about10 to 20ms Three emails are required Email text No 1 for phase L...

Page 10: ...ry 200ms 17 Flag 88 OR Flag 89 92 18 Flag 92 OR Flag 90 93 if short interruption is active in one phase flag 93 is set 19 Flag 93 AND Flag 91 94 if short interruption is active in one phase and flag 9...

Page 11: ...11 Programming of the logical combinations No 1 15 Programming of the logical combinations No 15 25...

Page 12: ...action Save parameter No 5136 Channel No 8 Source Flag No Other flags 82 144 85 Target or action Save parameter No 5142 Channel No 9 Source Flag No Other flags 82 144 87 Target or action Save paramet...

Page 13: ...eakdown of voltage the actual dropping time including the minimum values over 10 periods are sent The dropping time is given in UTC and can be converted into standard time with the program UTC Convert...

Page 14: ...ry This is why the voltage value within the email and within the parameter memory can be different The minimum values within the email are measured over 10 periods More exact data are saved within the...

Page 15: ...e must be saved in the parameter memory Description The external temperature value of KTY83 110 is measured over 15 minutes average The integral value of the integrator no 1 can be found in parameter...

Page 16: ...16 Step 2 Set the connection configuration of the temperature sensor to KTY83 Step 3 The parameter address see address list UMG507 of the external temperature sensor is assigned to integrator no 1...

Page 17: ...Target or action Reset Sec Timer No 1 Channel No 3 Source Permanently active Flag 2 Target or action Run Integrator No 1 Channel No 4 Source Comparator No 1 Target or action Save parameter 3449 Channe...

Page 18: ...nually the event memory can be read in window Min Max values The data are saved as text file Date Time Parameter Measured value Topology view Only with PSWprofessional In topology view of PSWprofessio...

Page 19: ...igital input 1 is inverted within the logical combinations and given out on flag 82 which means if digital input 1 is inactive flag 82 is active No Source 1 Operator Source 2 Target flag 1 Permanently...

Page 20: ...o 26 tag_26 Switching clock channel 9 3305 Flag No 27 tag_27 Switching clock channel 10 3306 Flag No 28 tag_28 Switching clock channel11 3307 Flag No 29 tag_29 Switching clock channel12 3308 Flag No 3...

Page 21: ...3368 Flag No 90 tag_90 Free flag for logical combinations 3369 Flag No 91 tag_91 Free flag for logical combinations 3370 Flag No 92 tag_92 Free flag for logical combinations 3371 Flag No 93 tag_93 Fr...

Page 22: ...combinations 3417 Flag No 139 tag_139 Free flag for logical combinations 3418 Flag No 140 tag_140 Free flag for logical combinations 3419 Flag No 141 tag_141 Free flag for logical combinations 3420 Fl...

Page 23: ...y 45 darray_45 9090 Data array 46 darray_46 9092 Data array 47 darray_47 9094 Data array 48 darray_48 9096 Data array 49 darray_49 9098 Data array 50 darray_50 9100 Data array 51 darray_51 9102 Data a...

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