Summary of Contents for Indu-Sol PROFInet-INspektor
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® MANUAL Indu-Sol GmbH • Blumenstrasse 3 • D - 04626 Schmoelln • Germany Telephone: +49 34491 5818-0 • Fax: +49 34491 5818-99 • E-Mail: info@indu-sol.com • www.indu-sol.com Your partner and specialist for field bus systems, Industrial Ethernet and PROFINET...
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No claims can be derived from the data, figures and descriptions of this documentation. Any reproduction, processing and translation of this document or any extract thereof are subject to written approval by Indu-Sol GmbH. All rights pursuant to the copyright law shall be expressly reserved to Indu-Sol GmbH.
Table of contents General Scope of supply Safety information Purpose of use Installation Connecting the voltage supply Connecting to PROFINET Electrical connections Voltage supply Web interface Mirror Port NETWORK IN NETWORK OUT RESET button LED functions 3.8.1 3.8.2 3.8.3 3.8.4 ERROR 3.8.5 ALARM...
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4.2.1 External diagnosis 4.2.2 Internal diagnosis 4.2.3 Utilization 4.2.4 Data throughput 4.2.5 Refresh rates – telegram jitter 4.2.6 Connection attempts 4.2.7 Error telegrams 4.2.8 Package types The network statistics Buttons and possible settings 4.4.1 Buttons on start page 4.4.2 Threshold values and alarms 4.4.3 Last cycle 4.4.4...
Check for completeness prior to start-up. 1.2 Safety information ® Never open the housing of the PROFInet-INspektor If the device is assumed to be defective, send it back to the supplier. Warranty will expire immediately if the housing is opened.
An all round distance of 30 mm to other devices should be ensured. Connecting the voltage supply ® Provide the PROFInet-INspektor with the necessary voltage of 24 V DC, Observe the polarity. The PE terminal can be used as protective earth.
Electrical connections 3 Electrical connections ® Fig. 1 is a schematic representation of the PROFInet-INspektor ® Fig. 1: Front view of the PROFInet-INspektor sh. 8 of 26...
Electrical connections 3.1 Voltage supply ® The PROFInet-INspektor is supplied with 24V DC. The required terminal strip is included in the scope of supply. The voltage supply connection is shown in Fig. 1 as "DC 24V". The L+ terminal is supplied with +24V and the M terminal with 0 V.
Electrical connections 3.3 COM The serial COM-interface is not sourced on the PROFInet- ® INspektor sh. 10 of 26...
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- maximum power 0.15mA - electrically isolated GND: - frame potential of inputs ® Input 1: Reset PROFInet-INspektor - PIT Input 2: Alarm acknowledgement (Reset the switch contact including clearing of alarm list) Input 3: Alarm acknowledgement (Reset the switch contact with no clearing of alarm list) sh.
INspektor via a RJ45 PROFINET cable. 3.6 NETWORK OUT ® The NETWORK OUT port connects the PROFInet-INspektor with the entire system network. IMPORTANT: The "NETWORK IN" AND "NETWORK OUT" PORTS ARE FIRMLY CONNECTED WITH EACH OTHER. IT MEANS THAT THE PROFINET NETWORK KEEPS RUNNING EVEN IF THE POWER FAILS OR THE PROFINET INSPEKTOR IS DEFECTIVE.
Web interface 3.8 LED functions 3.8.1 PWR The POWER LED indicates the status of the voltage supply. A green light means that 24 V are available. If it fails to light up, it is an indication of absent power supply or an internal defect and that the overvoltage protection has triggered respectively.
Web interface 4 Web interface 4.1 Display of web interface To access the web interface and the recorded data of the PROFInet- ® INspektor , open the web interface using the internet browser and the IP address of the device (Default: 192.168.212.212). Fig.
The utilization describes the use of the bandwidth which is 100 Mbit/ for PROFINET. In other words: 20 Mbit/s are transmitted at a utilization rate of 20%. Indu-Sol’s experience has shown that the utilization rates should not be greater than 20%. For the acceptance of a system the network quality in terms of with "utilization"...
Web interface 4.2.5 Refresh rates – telegram jitter The refresh rate is a firmly set value (for every device) in the control system (e.g.1ms) that determines the refresh interval of data between the control system and the IO device. Essential for the actual refresh rate is the line depth, i.e.
Web interface 4.3 The network statistics The Network Statistics item is designed to count again the different package types and display them graphically. The ratio of PROFINET data to other data should not be less than 100:1. Fig. 2: Network statistics Buttons and possible settings Buttons and Extended Settings are available to reset data or make extended settings,...
Web interface 4.4.1 Buttons on start page Fig. 3: Buttons of start page Alarms -> Shows alarm list Network statistics -> Shows network overview Change data record -> Changes the current data record (4 data records in ring buffer) Clear list -> Entries in table are set to 0, devices and their names are maintained, however.
Web interface 4.4.2 Threshold values and alarms What is an alarm? An alarm is triggered as soon as a preset or default threshold value is exceeded. This event results in a graphic display on the website and the device, the sending of an Ethernet trap and the switching of the floating contact.
Web interface Fig. 5: Designation of subscribers 4.4.5 System settings Under System Settings all settings of the device can be adjusted. Fig. 6: System settings Default language -> to define the language of the website when selected. Network -> to set the network parameters SNMP/LLDP ->...
Technical data Technical data • Voltage supply: +24V DC • Tolerance: ±10% • Power consumption: 0.5A • Starting current: • Dimensions (W x H x D): 111 x 135 x 111 (mm) • Mounting: TS35 DIN mounting rail (EN 50022) •...
CE Declaration of Conformity CE Declaration of Conformity This device complies with the requirements of the EC Directives 89/336/EEC " Electromagnetic Compatibility " (EMC directive). • Emission: EN 61000-6-2 Generic Emission Standard (industrial environments) EN 55022 Class A (ITE Product Standard) EN 55011 Group 1 Class A (ISM Product Standard) •...
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CE Declaration of Conformity Note: This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment.