GRUNDFOS INSTRUCTIONS. CR Monitoring. Installation and operating instructions

Größe: px
Ab Seite anzeigen:

Download "GRUNDFOS INSTRUCTIONS. CR Monitoring. Installation and operating instructions"

Transkript

1 GRUNDFOS INSTRUCTIONS CR Monitoring Installation and operating instructions

2 Declaration of Conformity We Grundfos declare under our sole responsibility that the product CR Monitor, to which this declaration relates, is in conformity with these Council directives on the approximation of the laws of the EC member states: Machinery Directive (98/37/EC). Standard used: EN 809: Low Voltage Directive (2006/95/EC). Standards used: EN : 2002 and EN : EMC Directive (2004/108/EC). Standards used: EN and EN Declaration of Conformity We Grundfos declare under our sole responsibility that the product CR Monitor, to which this declaration relates, is in conformity with these Council directives on the approximation of the laws of the EC member states: Machinery Directive (98/37/EC). Standard used: EN 809: Low Voltage Directive (2006/95/EC). Standards used: EN : 2002 and EN : EMC Directive (2004/108/EC). Standards used: EN and EN Konformitätserklärung Wir, Grundfos, erklären in alleiniger Verantwortung, dass das Produkt CR Monitor, auf das sich diese Erklärung bezieht, mit den folgenden Richtlinien des Rates zur Angleichung der Rechtsvorschriften der EU-Mitgliedsstaaten übereinstimmt: Maschinenrichtlinie (98/37/EG). Norm, die verwendet wurde: EN 809: Niederspannungsrichtlinie (2006/95/EG). Normen, die verwendet wurden: EN : 2002 und EN : EMV-Richtlinie (2004/108/EG). Normen, die verwendet wurden: EN und EN Bjerringbro, 1st November 2008 Jan Strandgaard Technical Director 2

3 CR Monitoring Installation and operating instructions 4 Montage- und Betriebsanleitung 39 Monterings- og driftsinstruktion 77 3

4 CONTENTS Page 1. Symbols used in this document 4 2. Scope of this manual 4 3. Quick start-up 5 4. Product description Primary functions Cavitation monitoring Graphical display Symbols used in the display Efficiency monitoring 6 5. Nameplate 7 6. Software label 7 7. Type key 7 8. Installation Mechanical installation The pump CR Monitor Connection to system Sensors Schematic system overview Terminal block in CR Monitor EMC-correct installation Electrical connection Control panel Display Buttons and indicator lights Start-up Setting of efficiency and cavitation monitoring Learning Forms of learning Pump in open loop (active learning) Pump with constant discharge pressure Passive learning Functions Functions tree Overview Status (1) System status (1.1) Q/H curve (1.2) Q/P curve (1.3) Efficiency curve (1.4) Cavitation curve (1.5) Measurements (1.6) Q/time histogram (1.7) Historical data (1.8) Alarm (2) Alarm status (2) Current alarms (2.1) Alarm log (2.2) Limits (3) Fault handling (3.1) Sensor measurements (3.1.1) Example: Fault handling, flow measurement ( ) Monitoring functions (3.1.2) Example: Fault handling, efficiency ( ) Monitoring filters (3.1.3) Pump and IO 351 (3.1.4) Other fault handling (3.1.5) General settings (3.1.6) Maintenance (3.2) Status display data (3.3) Installation (4) CR Monitor settings (4.1) Learning (4.1.1) Cavitation (4.1.2) Maintenance (4.1.3) Input/output settings (4.2) Digital inputs (4.2.1) Analog inputs (4.2.2) Analog inputs and measured values ( ) Digital outputs (4.2.3) Analog outputs (4.2.4) Basic settings, CU 351 (4.3) Display language (4.3.1) Units (4.3.2) Date and time (4.3.3) Password (4.3.4) Ethernet (4.3.5) GENIbus number (4.3.6) Software status (4.3.7) Data communication Ethernet GENIbus Maintenance CU Taking the CR Monitor out of operation Technical data Ambient temperature Air humidity Enclosure class Supported pumps Supported motors Liquid temperature Cable lengths Electrical data Fault finding Disposal 38 Warning Prior to installation, read these installation and operating instructions. Installation and operation must comply with local regulations and accepted codes of good practice. 1. Symbols used in this document Caution Note Warning If these safety instructions are not observed, it may result in personal injury! If these safety instructions are not observed, it may result in malfunction or damage to the equipment! Notes or instructions that make the job easier and ensure safe operation. 2. Scope of this manual These installation and operating instructions apply to Grundfos CR Monitor control cabinets. Subcomponents in the control cabinet are only described in these instructions when they are important for the operation of the CR Monitor. Further documentation supplied with the CR Monitor: Pump type Documentation CRE, CR with CR CUE Wiring diagram x x CU 351 x x IO 351 x x LiqTec x x MP 204 x - CIU 150 x * x * CIU 200 x * x * CIU 250 x * x * * Documentation is supplied if the component is selected (option). 4

5 3. Quick start-up This manual describes the installation, setting and operation of the CR Monitor. The product offers many functions and settings, and the manual may therefore seem comprehensive. For a detailed description of the functions and settings of the CR Monitor, please see the individual sections in this manual. For a quick start-up, see the sections below. Installation Position of control cabinet - section 8.1.2, page 8. Installation and connection of sensors - section 8.2, page 8. Electrical connection - section 8.4, page 11. Start-up As a minimum, the signal and measuring range of the analog inputs must be set. See section , page 29. The pump can be started, and the duty point will be shown in the display. For further settings of efficiency and cavitation monitoring, see section 10.1, page 13. Fault finding The service instructions contain a complete list of fault indications with fault cause, explanation and remedy. They can be downloaded from WebCAPS (www.grundfos.com > International website > WebCAPS). 4. Product description The CR Monitor consists of a control cabinet with all necessary components such as main switch, contactors and IO modules connected to a common terminal block. 4.1 Primary functions The CR Monitor is designed for monitoring one pump and makes it possible for the operator to set limits for warnings and alarms. This offers the operator these possibilities: To detect if the pump efficiency is reduced. To detect if pump is about to cavitate. Detect if the pump is running outside the normal duty range. To plan pump maintenance in order to prevent unplanned downtime. The CR Monitor furthermore offers the operator these possibilities: monitoring of operation and protection of equipment bus communication with for instance a SCADA system data collection, monitoring and setting via internet. 4.2 Cavitation monitoring The cavitation monitoring does not depend on learning the pump's operating characteristic. The CR Monitor calculates the actual NPSH value by measuring the actual inlet pressure and temperature and compares the values with the NPSH data of the pump. Note The NPSH value calculated applies only to clean and degassed water. NPSH, Net Positive Suction Head NPSH R (required NPSH) states how big the absolute pressure must be at the pump inlet to prevent cavitation. The NPSH R depends on the flow rate and the water vapour pressure at a given temperature. NPSH A (available NPSH) is the pressure that is available at the pump inlet. The curve in the display (fig. 2) shows NPSH R. It is usually advisable to add a safety margin of 0.5 m to NPSH R to ensure that the pump does not cavitate. The duty point shown in the display is NPSH A. In order to prevent cavitation, NPSH A must be greater than NPSH R. m NPSH A NPSH R Fig. 1 CR Monitor control cabinet The control cabinet is designed for mounting on a wall or pedestal. GrA7120 Fig. 2 NPSH curve m 3 /h TM Caution The CR Monitor can only be used for the motor size and type for which it has been configured. Contact Grundfos if the CR Monitor is to be used for another motor! 5

6 4.3 Graphical display The CR Monitor has a graphical display showing the actual duty point in relation to an operating characteristic learned (flow rate, pressure, efficiency and power) and the distance to the cavitation curve of the pump. If the learning has been finished and the duty point then moves outside the range learned, the CR Monitor will give a warning, "Outside the range learned". See fig. 5. bar bar bar The pump is ok 100 % speed m 3 /h Operating characteristic learned TM Fig. 5 Operation outside the range learned 4.4 Symbols used in the display m 3 /h The CR Monitor shows the operational status of the pump with three symbols: The pump is running within the range learned. TM Fig. 3 Note The pump efficiency is reduced Example of graphical display The CR Monitor requires stable measured data in order to able to learn the operating characteristic of the pump. The lower curve in fig. 3 could also show a changed duty point with no stable measured data yet. When there are stable measured data, the CR Monitor will show the new curve corresponding to the new duty point. During operating, the CR Monitor will show the actual pump duty point in relation to the parts of the pump's operating characteristic where learning has taken place. bar Actual duty point Complete learning 100 % speed 100 % speed m 3 /h m 3 /h TM TM ! X The duty point has exceeded a set warning limit. Maintenance can be planned in good time. The duty point is outside the range learned. The CR Monitor lets the pump continue to run in case of warnings. The duty point has exceeded a set alarm limit. The operator decides whether the CR Monitor is to stop the pump or whether it is to continue to run. 4.5 Efficiency monitoring The function is based on a mathematical model of the pump and motor. On the basis of this model, the CR Monitor can evaluate if the relation between the hydraulic power transferred to the liquid (P hyd ) and the input power from mains (P 1 ) corresponds to the operating characteristic learned. The CR Monitor calculates the total efficiency as the relation between hydraulic power and input power(η tot = P hyd /P 1 ). The CR Monitor then compares the actual measured data and efficiency to the data and efficiency learned. A reduced efficiency is typically caused by wear or clogging of the hydraulic system of the pump. Note The friction in the motor bearings may increase after relubrication and thus reduce the efficiency for a short period. The CR Monitor cannot show the cause of the increased loss, but the operator of the pump will be able to fault-find and prepare maintenance of the pump before an unintended stoppage occurs. bar m 3 /h TM Partial learning Fig. 4 Complete and partial learning 6

7 5. Nameplate The nameplate of the CR Monitor is on the inside of the cabinet door. Type: Prod.-Nr.: Options: 1 Equipment Nr.: Commission: Main supply: In: 7 P.C. YYWW: Main Pumps: 3 Auxiliary Pumps: Ambient Temperature P I Switch- Number kw mm max mode I IP Software label The software label is on the back of the CU 351 controller. Fig. 7 Software label Pos. Description 1 Flow data - No of GSC file 2 Motor data - No of GSC file 3 Pump data - No of GSC file 4 Software version - No of software version Note CR Monitor Flow data Motor data 1 2 Software version: 4 Pump data 3 A GSC file (Grundfos Standard Configuration) is a configuration file. TM Made in P Type key Fig. 6 Nameplate Pos. Description 1 Type designation 2 Product number 3 Options 4 Internal serial number 5 Sales order No/production order No 6 Supply voltage [V] 7 Rated current [A] 8 Operating range for ambient temperature [ C] 9 Year-week code 10 Enclosure class 11 Number of pumps 12 Motor power [kw] 13 Min. current limit 14 Max. current limit 15 Starting method (not stated for CRE and CR with CUE) 16 Country of origin 17 Production department 18 CE-mark TM Example CR Monitor 2.2 kw DOL 3x400V 50-60Hz PE IP54 Type designation CR Monitor (MG and Siemens) or CRE Monitor (MGE and CUE) Motor size and starting method (not stated for CRE and CR with CUE) Supply voltage Mains frequency Separate PE conductor Enclosure class 7

8 8. Installation Warning Installation and operation must comply with local regulations and accepted codes of good practice. Before installation, check that the specifications of the CR Monitor correspond to the order. no visible parts have been damaged Schematic system overview There are two pump types: Mains-operated CR pumps. The motor is supplied with current through the CR Monitor control cabinet. CRE pumps and CR pumps supplied by a CUE. The motor has separate power supply. CR 8.1 Mechanical installation This section describes the mechanical installation of the CR Monitor control cabinet and also provides general advice about how to position sensors in order to achieve stable measured values. A standard configuration of system connections in the control cabinet will be described with reference to the configuration of sensors and signals via the menus in the CU 351. AO DO DI A AI Communication The pump Install the pump according to the installation and operating instructions supplied with the pump CR Monitor Location Note Note Due to radio noise, the CR Monitor must not be installed in residential areas (first environment). The CR Monitor is not designed for outdoor installation and must not be exposed to direct sunlight. 8.2 Connection to system Sensors The CR Monitor requires correct measured values for giving an accurate indication of the pump status. It is therefore important to position and install sensors according to the guidelines of the manufacturer. General requirements In a system with a diaphragm tank, sensors must not be installed after the tank. The sensors must always be correctly sized for the range they are to measure. If the sensor is too small, it will be saturated. If it is too big, the solution of the sensor signal will be too poor. In the case of sensors where is it possible to set a damping of the measured value, the damping should be as low as possible. In the case of cavitation monitoring, the sensor for inlet pressure must measure absolute pressure. It must be as close to the pump inlet as possible (max. 30 cm). The table below shows what sensor types can be used for cavitation and efficiency monitoring: Sensor type Monitoring Inlet/discharge pressure Cavitation Efficiency Absolute/absolute x x Relative/relative * - x Differential pressure sensor - x * Requires that the inlet pressure is always positive. Fig. 8 CRE Fig. 9 CR Monitor with a CR pump CR Monitor with a CRE pump In the case of CR with a CUE, pos. B and C from the CR Monitor in fig. 9 must be connected to the CUE. Note 4 TT AO DO DI 4 TT 1 2 PT PT A B C AI 1 2 PT PT The CRE and CUE must be set to automatic resetting of alarms. 3 FT 5 Communication 3 FT 5 TM TM Pos. Analog input/ output Description 1 AI1 (CU 351) Inlet pressure 2 AI2 (CU 351) Discharge pressure 3 AI3 (CU 351) Flow rate 4 AI1 (IO 351) Temperature 5 AI2 (IO 351) Optional sensor - AO4 (CU 351) (Optional) Display Analog inputs (4.2.2) Analog outputs (4.2.4) 8

9 Digital input/ output DI1 (CU 351) DI2 (CU 351) * DI3 (CU 351) DO1 (CU 351) DO2 (CU 351) ** DO4 (IO 351) DO5 (IO 351) Description External fault The pump is running (Y/D) Resetting of alarm Relay, alarm Relay, alarm stop Relay, warning Relay, ready Display Digital inputs (4.2.1) Digital outputs (4.2.3) * The digital input must be configured in the case of a CR pump. ** The output is only connected to the terminal block in the case of a CRE pump, but it must also be configured in the case of a CR pump. Pos. Liqtec Description A LiqTec Dry-running protection Pos. Communication Description - GENIbus (external) Bus communication B GENIbus (internal) * Start/stop signal to CRE or CUE C LiqTec * Stop signal to CRE or CUE - Ethernet Webserver (RJ45 plug) * Only CRE Terminal block in CR Monitor The components of the CR Monitor are connected to a common terminal block at the bottom of the control cabinet. Components and signal transmitters mentioned in section 8.2 Connection to system must be connected to the terminal block. Note The web server must be connected directly to the CU 351 via a cable with an RJ45 plug. See the installation and operating instructions of the CU 351 supplied with the control cabinet. For connection of SMS box (if selected), see separate manual. Terminal block The terminal block is divided into groups as shown below. X0 X1 X10 X11 X14 X15 TM Fig. 10 Terminal block in CR Monitor Pump X0 X1 X10 X11 X14 X15 CR x x x x x x CRE CR with CUE x - x x x x Connection Make sure to keep unused cable entries closed in order to maintain the IP class of the control cabinet. Cables for sensors, signal transmitters and communication must be connected to the terminal block and configured via the menus in the CU 351. The table below shows an overview of terminals and refers to displays where configuration is carried out. 9

10 Group Pump type Description Terminal Value Comments PE1 Power supply to control cabinet and motor. PE2 CR Power supply L1 400 V X0 L2 400 V L3 400 V CRE CR with CUE Power supply L1 400 V Power supply to control cabinet. L2 400 V The motor has separate power supply. CR (DOL) Motor connection U1 400 V Starting method: Direct-on-line starting V1 400 V W1 400 V U1 400 V Starting method: Star-delta starting X1 V1 400 V CR (Y/D) Motor connection W1 V2 400 V 400 V W2 400 V U2 400 V AI1 (CU 351) PE1 Sensor for inlet pressure (section , page 29). Supply V * Input signal: 0-20 ma, 4-20 ma, 0-10 V. ** Only 3-wire sensor. AI1 51 Input signal * GND 52 GND ** X10 CR, CRE AI2 (CU 351) PE2 Sensor for discharge pressure (section , page 29). Supply V * Input signal: 0-20 ma, 4-20 ma, 0-10 V. ** Only 3-wire sensor. AI2 54 Input signal * GND 55 GND ** AI3 (CU 351) PE3 Flow sensor (section , page 29). AI3 57 GND ** The flow sensor has separate power supply. * Input signal: 0-20 ma, 4-20 ma, 0-10 V. GND 58 Input signal * ** Only 3-wire sensor. GENIbus (external) RS-485 A SCADA. RS-485 Y MODBUS, PROFIBUS, GSM-module RS-485 B CR, CRE DI1 (CU 351) DI3 (CU 351) DI1 10 GND 11 DI1 13 GND V / 5 ma pulldown External fault (section , page 29). Possibility to send external stop signal to the CR Monitor. 24 V / 5 ma pulldown Resetting of alarm (section , page 29). Possibility to reset an alarm in the CR Monitor externally. X11 DO1 (CU 351) (C) 70 Relay, alarm (section , page 30). (NO) * 71 DO1 is always activated in case of alarms. * Optional, but normally (NC) is selected. (NC) * 72 DO2 (CU 351) (C) 73 Relay, alarm stop (section , page 30). (NO) * 74 To be connected to the start/stop input of the motor or CUE. DO2 is only activated if the function has been selected. (NC) * 75 * Optional, but normally (NO) is selected. CRE CR with CUE GENIbus (internal) RS-485 A1 To be connected to the CRE/CUE. RS-485 Y1 To be screened. RS-485 B1 LiqTec (Run) 91 To be connected to the digital input of CRE/CUE. (C) 92 To be set via R100 or PC Tool to "External fault". (AL) 93 10

11 Group Pump type Description Terminal Value Comments X14 CR, CRE AO4 (IO 351) AI1 (IO 351) AI2 (IO 351) DO4 (IO 351) DO5 (IO 351) 8.3 EMC-correct installation In order to ensure an EMC-correct installation, these guidelines for communication and signal cables must be followed: Leave the screen of the cable as close to the connecting terminals as possible. Fix the screen with a cable clamp. GND 17 Optional analog sensor. Output signal: AO V (section , page 31). Supply V Temperature sensor (section , page 29). GND 55 GND ** * Input signal: 0-20 ma, 4-20 ma, 0-10 V. ** Only 3-wire sensor. AI1 57 Input signal * Supply V Optional sensor (section , page 29). GND 55 GND ** * Input signal: 0-20 ma, 4-20 ma, 0-10 V. ** Only 3-wire sensor. AI2 60 Input signal * (NO) 82 Relay, warning (section , page 30). (C) 83 DO4 is always activated in case of warnings. (NO) 84 Relay, ready (section , page 30). (C) 85 The pump is running without a warning or an alarm. Brown/ To be connected to the LiqTec sensor of the pump. 1 black X15 CR, CRE LiqTec Blue 2 White 3 - CR, CRE Webserver Ethernet - To be connected directly to the CU 351 (RJ45). TM Fig. 11 Example of stripped cable with screen Connect the screen of communication and signal cables to frame at both ends. Screws for frame connections must always be tightened whether a cable is fitted or not. 8.4 Electrical connection Warning The electrical connection should be carried out by an authorised person in accordance with local regulations and the wiring diagram. The electrical installation must comply with enclosure class IP54. Make sure that the CR Monitor is designed for the electricity supply on which is will be used. Check that the conductor cross-section corresponds to the specifications in the wiring diagram. 11

12 9. Control panel The control panel in the front plate of the control cabinet consists of a display, a number of buttons and two indicator lights. The control panel offers these possibilities: to monitor the operating status of the pump to set the indication of pump status to set parameters for alarm to see the alarm log (history) to start/stop a new learning to set intervals for relubrication or replacement of motor bearings to configure inputs and outputs. 9.1 Display The display (pos. 1, fig. 12) of the CU 351 show the menu with status and settings. D A B Fig. 12 Control panel Legend Pos. Symbols Description Display 4 Goes up in a list Goes to the next column in the menu structure Opens a help text for the display in question 5 Goes down in a list 6 Increases a value 7 Reduces a value 8 Goes one display back in the menu 9 Goes back to menu Status Indicator Indicator 1 CU 351 TM Starts the setting of a value or activates the value light, operation (green) light, fault (red) 13 Changes the contrast of the display Fig. 13 Display design Menu line The menu line (A) shows the four main menus: Status Alarm Limits Installation Monitoring the operating status of the pump Alarm log for fault finding Setting of limits for fault handling Start/stop of learning, configuration of inputs and outputs, various system settings Top line The upper line (B) shows the following: number and title of the display (to the left) the menu selected (to the left) the symbol in case of alarm (to the right) the symbol if the service language has been selected (to the right). Graphical illustration The graphical display depends on the position in the menu structure: In displays with status indication, the status is shown in the upper half and menu elements in the lower half. In displays for setting and configuration of functions, each element is listed, and it is possible to set values and/or select and deselect functions. If not all elements can be shown in the display, the symbols and will be shown to the right in the scrollbar. Go up and down in a list with [ ] and [ ]. Lower line The bottom line (C) shows the following: the text "CR Monitor" during normal operation (to the left) the text "Learning started" during learning (flashing to the left) date and time (to the right). C 12

13 9.2 Buttons and indicator lights The buttons (pos. 2 to 10, fig. 12) of the CU 351 are active when they are lit. [>] (pos. 2) Goes to the next column in the menu structure. If the button is pressed while menu Installation is highlighted, you go to menu Status, etc. [?] (pos. 3) Opens a help text for the display in question. Close the help text with [esc]. [ ] and [ ] (pos. 4 and 5) Goes up and down in a list. A text can be selected when it is in a frame. [+] and [ ] (pos. 6 and 7) Increases or reduces a value. Activate the value with [ok]. [esc] (pos. 8) Goes one display back in the menu. If a value has been changed and [esc] is pressed, the new value will not be saved. Further information, see section [ok] (pos. 10), page 13. If [ok] is pressed before [esc], the new value will be saved. Further information, see section [ok] (pos. 10) below. [home] (pos. 9) Goes back to menu Status. The menu item shown last in menu Status will appear. [ok] (pos. 10) Is the enter button and used for starting the setting of a value. If a value has been changed and [ok] is pressed, the new value will be activated. Indicator lights (pos. 11 and 12) The control panel has a green and a red indicator light. The green indicator light is on when the pump is running. In the case of CRE and CR with a CUE, the green indicator light will be flashing if the pump has been set to stop. The red indicator light is on if there is an alarm or a warning. The fault can be identified from the alarm list. See section 14.2 Current alarms (2.1). Contrast (pos. 13) Changes the contrast of the display. 1. Press the button. 2. Adjust the contrast with [+] and [ ]. Backlight If the buttons are not touched for 15 minutes, the backlight of the display will be dimmed and the display shown last in menu Status will appear. Press any button to reactivate the backlight. 10. Start-up When the basic mechanical, electrical and hydraulic installation as described in section 8.1 Mechanical installation and 8.2 Connection to system have been carried out, then switch on the electricity supply, and wait for the first display to appear. Display language, measuring units, date and time are set in display 4.3. See section 16.3, page Setting of efficiency and cavitation monitoring 1. Analog sensors Setting of analog sensors (display 4.2.2, section , page 29). Sensors required for efficiency monitoring: Inlet and discharge pressure, flow rate. Sensors required for cavitation monitoring: Inlet pressure, flow rate and temperature. 2. Cavitation monitoring Setting of cavitation monitoring (display 4.1.2, section , page 28). Safety margin for NPSH R (cavitation limit). Liquid temperature monitoring via sensor. 3. Limits for sensor values Setting of warning and alarm limits for sensor values (display 3.1.1, section , page 23). Warning and alarm limits for each sensor. 4. Limits for monitoring functions Setting of warning and alarm limits for efficiency and cavitation monitoring (display 3.1.2, section , page 24). Warning and alarm limits for each function. 5. Learning Learning of operating characteristic (display 4.1.1, section , page 27) Start/stop of a new learning. Selection between active and passive learning. 11. Learning Learning of the operating characteristic of the pump is an essential part of the start-up of the CR Monitor. As it is reference for efficiency monitoring, learning must take place when the pump is running faultlessly under normal operating conditions. Consider these items before starting a learning: The pump must be running faultlessly. Measured data from flow and pressure sensors must be stable. Pump, motor and pumped liquid must have reached normal operating temperature. The pumped liquid must be the same during learning as during normal operation. Newly relubricated motor bearings may increase the power loss and must therefore have run for a while before starting a learning. Learning is carried out by letting the pump run at various duty points. To achieve sufficient learning, a duty point must be stable for about ten seconds. The algorithms of the CR Monitor can then calculate the operating characteristic of the pump between duty points learned. Caution Note Learning must be carried out within the permissible limits for pump and application! The pump must not cavitate when learning. 13

14 11.1 Forms of learning The CR Monitor can only monitor the operation in the ranges where learning has been carried out. When the learning has been finished, the CR Monitor will give a warning if the pump duty point moves outside the range learned. It is possible to resume learning if the pump is still running faultlessly. There are two forms of learning: active and passive learning. Active learning: The duty point is adjusted manually in the permissible pump duty range during learning. Passive learning: Learning takes place during normal pump operation and with a set learning time. In order to achieve the best possible monitoring, it is advisable to carry out an active learning in the expected duty range. Learning should not be carried out in ranges for which the system is not sized. The next sections describe active learning with pump in uncontrolled operating mode (open loop) and the considerations to make in the case of constant pressure operation. Learning is started and stopped in display Learning (4.1.1). See page Pump in open loop (active learning) The following procedure is based on the possibility of adjusting the discharge pressure of the pump (throttling). 1. Select "Start learning" under "Learning management". The display in fig. 14 will appear, and the text "Learning started" will flash in the lower menu line. bar Fig. 15 Active learning - open loop (extreme ends for learning) 6. Adjust the discharge pressure to achieve learning at duty points at suitable intervals (pos. 3 to 5, fig. 16) between the two ends of the curve. The number of necessary duty point, and thus the distance between the points, may vary, but the CR Monitor must be able to draw the operating characteristic of the pump between the two points. bar bar % speed m 3 /h 100 % speed m 3 /h 100 % speed m 3 /h TM TM TM Fig. 16 Active learning - open loop (point for learning) Steps 7 and 8 apply to speed-controlled pumps (CRE and CR with CUE): 7. Reduce the speed to a minimum to obtain a new duty point. See pos. 6, fig. 17. A new curve will be shown in the display. 8. Repeat step 7, but at an intermediate speed. See pos. 7, fig. 17. Fig. 14 Learning started 2. Go to display Q/H curve (1.2). See section Start the pump. A cross indicating the actual duty point of the pump will appear in the display. In the case of CRE and CR pumps with a CUE, set the motor to run at max. speed. 4. Adjust the discharge pressure so that the pump delivers a min. flow rate at a max. discharge pressure. See pos. 1, fig. 15. Caution The flow rate must be larger than 10 % of the nominal flow rate to prevent the liquid temperature in the pump from rising. bar bar 6 ~ 25 % speed m 3 /h TM Adjust the discharge pressure so that the pump delivers a max. flow rate at a min. discharge pressure. See pos. 2, fig. 15. Note The pump must not cavitate. It may be necessary to reduce the flow rate. ~ 65 % speed 7 m 3 /h TM Fig. 17 Active learning in open loop (variable speed) 14

15 9. The learning is complete and can be stopped in display Learning (4.1.1) by selecting "Stop learning". A display will be shown for ended learning, and the text "Learning started" will disappear from the lower menu line. Press [ok] Pump with constant discharge pressure Pumps set to delivering a constant discharge pressure will adjust the speed in relation to the flow rate. See fig. 18 ("SP" = setpoint). At 100 % speed, an increase of the flow rate will cause a lower pressure. The CR Monitor will only show the curve learned at the speed which can deliver the constant pressure at the flow rate required. bar SP 100 % speed 65 % speed 25 % speed Fig. 18 Constant pressure - complete learning m 3 /h TM Passive learning Passive learning should only be carried out if active learning is not possible. The CR Monitor will only carry out learning in the range where the pump runs during normal operation. When the learning has been finished, the CR Monitor will give a warning if the pump duty point moves outside the range learned. Note Passive learning can be expanded with a new duty range by recalling saved learning sets and resume the learning as described below. 1. Select "Learning time-out" under "Learning management", and set the desired learning time. Set the time-out so that all variations of the operating characteristic is included in the learning. 2. Select "Start learning". The display in fig. 14 will appear, and the text "Learning started" will flash in the lower menu line. 3. The CR Monitor will carry out a continuous learning. It is therefore important to make sure that the pump is running faultlessly while learning takes place. When learning has ended (either by time-out or manual stop), a display will be shown for ended learning, and the text "Learning started" will disappear from the lower menu line. The best learning in constant pressure systems is achieved if learning can be carried out in open loop as described above. If this is not possible, the second best solution is to carry out learning at minimum two discharge pressures. See fig. 19 (SP1 and SP2). bar SP2 SP1 m 3 /h Fig. 19 Constant pressure - learning at two setpoints TM This way, the operating characteristic is drawn between the two setpoints. This still provides a good basis for reliable efficiency monitoring. If it is only possible to carry out learning at one constant discharge pressure, the CR Monitor will only learn a limited part of the operating characteristic. See fig. 20. bar SP m 3 /h Fig. 20 Constant pressure - learning at one setpoint TM If the CR Monitor has only learned in one setpoint, it cannot give a direct warning/alarm if the efficiency is reduced. Instead, the CR Monitor will give the warning "Outside the range learned". It is then possible to evaluate if the duty point is outside the range learned, or if the warning is actually caused by reduced efficiency. 15

16 12. Functions The CR Monitor has four main menus: 1. Status The Status menu shows the operating status of the system and pump as well as historical data. Note: No settings can be made in this menu. 2. Alarm The Alarm menu gives an overview of alarms and warnings. Alarms and warnings can be reset in this menu. 3. Limits In menu Limits, the following settings can be made: Limits for warning and alarm and the reaction of the CR Monitor in case of fault. Intervals for maintenance of motor bearings. Values to be shown in the status display. 4. Installation In menu Installation, it is possible to set various functions: Starting and stopping learning. Saving, recalling and deleting learning sets. Setting of cavitation measurement. Configuration of digital and analog inputs and outputs. Selection of service language, display language and units. Setting of date and time, password, ethernet connection, GENIbus number and software status Functions tree 1. Status 1.1 System status 1.2 Q/H curve 1.3 Q/P curve 1.4 Efficiency curve 1.5 Cavitation curve 1.6 Measurements 1.7 Q/time histogram 1.8 Historical data 2. Alarm 2.1 Current alarms 2.2 Alarm log 3. Limits 3.1 Fault handling Sensor measurements Fault handling, flow measurement Fault handling, inlet pressure measurement Fault handling, discharge pressure measurement Fault handling, diff. pressure measurement Fault handling, power measurement Fault handling, speed measurement Fault handling, motor voltage measurement Fault handling, liquid temperature measurement Fault handling, optional-sensor measurement Monitoring functions Fault handling, efficiency Fault handling, Q/H Other fault handling Fault handling, cavitation Monitoring filters Pump and IO Other fault handling General settings 3.2 Maintenance 3.3 Status display data 16

17 4. Installation 4.1 CR Monitor settings Learning Save learning set Recall learning set Cavitation Maintenance 4.2 Input/output settings Digital inputs DI1... DI3 (CU 351), [10, 12, 14] DI1... DI9 (IO 351), [ ] Analog inputs AI1... AI3 (CU 351), [51, 54, 57] Analog inputs and measured values AI1, AI2 (IO 351), [57, 60] Analog inputs and measured values Digital outputs (1-2) DO1, DO2 (CU 351), [71, 74] (3-9) DO2... DO7 (IO 351), [ ] Analog outputs 4.3 Basic settings, CU Display language Units Pressure Differential pressure Head Level Flow rate Temperature Power Date and time Password Ethernet GENIbus number Software status 17

18 12.2 Overview In the next sections, displays and functions will be described in the order they appear in the menus. Section Display and No See page 13. Status (1) System status (1.1) Q/H curve (1.2) Q/P curve (1.3) Efficiency curve (1.4) Cavitation curve (1.5) Measurements (1.6) Q/time histogram (1.7) Historical data (1.8) Alarm (2) Alarm status (2) Current alarms (2.1) Alarm log (2.2) Limits (3) Fault handling (3.1) Sensor measurements (3.1.1) Example: Fault handling, flow measurement ( ) Monitoring functions (3.1.2) Example: Fault handling, efficiency ( ) Monitoring filters (3.1.3) Pump and IO 351 (3.1.4) Other fault handling (3.1.5) General settings (3.1.6) Maintenance (3.2) Status display data (3.3) Installation (4) CR Monitor settings (4.1) Learning (4.1.1) Cavitation (4.1.2) Maintenance (4.1.3) Input/output settings (4.2) Digital inputs (4.2.1) Analog inputs (4.2.2) Digital outputs (4.2.3) Analog outputs (4.2.4) Basic settings, CU 351 (4.3) Display language (4.3.1) Units (4.3.2) Date and time (4.3.3) Password (4.3.4) Ethernet (4.3.5) GENIbus number (4.3.6) Software status (4.3.7) 34 18

19 13. Status (1) No settings can be made in this menu. If the buttons of the control panel have not been touched for 15 minutes, the display will return to the display shown last in menu Status Q/H curve (1.2) 13.1 System status (1.1) When the CR Monitor is switched on, this display will be shown. C A B D Fig. 22 Q/H curve Fig. 21 System status Description The operating status of the pump in relation to the operating characteristic learned is shown by means of text (A) and relevant graphics (B) at the top of the display. There is this connection between text and graphics: E Description This status display shows the duty point of the pump at the actual speed in relation to a operating characteristic learned. During normal operation, this point will be somewhere on the curve learned. If the point is under the curve, this may indicate a fault or changed operating conditions. For setting of warning and alarm limits for the operating characteristic learned, see section Monitoring functions (3.1.2) Q/P curve (1.3) CR Monitor status Graphical symbol (B) Normal operation Warning Alarm! X Note If a fault has occurred, the symbol will be shown to the right of the upper line (C). The symbol will be shown in all displays as long as the fault exists. For information about fault cause, see section 14.2 Current alarms (2.1) and 14.3 Alarm log (2.2). It is possible to show up to five status values (D). See section 15.4 Status display data (3.3). The lower display half (E) shows these data: actual duty point for pressure, power, efficiency and cavitation margin in relation to the flow rate of the duty point learned measured values of various operating parameters histogram of the operating pattern of the pump statistics for the CU 351 and the pump as well as intervals for relubrication and replacement of motor bearings. Fig. 23 Q/P curve Description This status display shows the motor input power (P1) at the actual duty point. The point will be shown together with the operating characteristic learned. During normal operation, this point will be somewhere on the curve learned. If the point is above the curve, this may indicate a fault or changed operating conditions. For setting of warning and alarm limits for the operating characteristic learned, see section Monitoring functions (3.1.2). 19

20 13.4 Efficiency curve (1.4) 13.6 Measurements (1.6) Fig. 24 Efficiency curve Description This status display shows the total pump efficiency at the actual duty point. The point will be shown together with the operating characteristic saved. During normal operation, this point will be somewhere on the curve learned. If the point is under the curve, this may indicate a fault or changed operating conditions. For setting of warning and alarm limits for the operating characteristic learned, see section Monitoring functions (3.1.2). Fig. 26 Measurements Description This display shows actual and calculated values of pump performance and operating conditions Q/time histogram (1.7) 13.5 Cavitation curve (1.5) Fig. 27 Q/time histogram Fig. 25 Cavitation curve Description This status display shows the NPSH A value of the pump at the actual duty point. The point will be shown in relation to the cavitation curve of the pump (NPSH R ) under the actual operating conditions. In order to prevent cavitation, the duty point must be above the curve. Note The NPSH value calculated applies only to clean water. The actual distance between the inlet pressure and the cavitation curve can be read in the next display, Measurements (1.6). For setting of warning and alarm limits for cavitation monitoring, see section Monitoring functions (3.1.2). Sizing of correct pump size as to cavitation is described in the data booklet "CR, CRI, CRN, CRE, CRIE, CRNE". Description This status display shows a histogram of the various flow ranges where the pump has been running. The histogram shows an accumulated duty time (y-axis) at various flow rates (x-axis). For speed-controlled pumps, every flow range may be divided into several grey tones. The grey tones show at which speeds the pump has been running at the various flow rates. The table below shows the connection between grey tone, motor frequency and speed. (Motor slip is not included.) Grey tone Motor frequency, f m [Hz] Speed [min -1 ] 0 < f m < f m < f m f m >

21 13.8 Historical data (1.8) 14.2 Current alarms (2.1) Fig. 28 Historical data Description This status display shows various statistical data of the pump and the CUE Alarm (2) Menu Alarm gives an overview of alarms and warnings. In this menu, it is possible to reset alarms and to read the alarm log Alarm status (2) Fig. 29 Alarm status Fig. 30 Current alarms Description This display shows warnings caused by faults that still exist. alarms caused by faults that still exist. alarms caused by faults that have disappeared, but the alarm requires manual resetting. All warnings and alarms with automatic resetting are automatically removed from the display when the fault has disappeared. Alarms requiring manual resetting are reset in this display by pressing [ok]. An alarm cannot be reset until the fault cause has disappeared. For every warning or alarm, the following is shown: Whether it is a warning or an alarm. Where the fault occurred. Sensor type (flow rate, pressure, etc.), external fault, communication fault, etc. In the case of input-related faults, the identity of the input is shown. What the fault cause is, followed by a fault code in parentheses. When the fault occurred: Date and time. When the fault disappeared: Date and time. If the fault still exists, date and time will be shown as The latest warning/alarm is shown at the top of the display. If an SMS box for the CR Monitor has been selected, fault messages can be sent by SMS. Description A fault in the system or an exceeded limit value can cause an alarm or a warning in the CR Monitor. Besides the fault indication via the relay for alarm/warning and the read indicator light on the CU 351, an alarm can be set to activating a relay for alarm stop. This is done in menu Limits. A warning only causes a fault indication. The two submenus show warnings or alarms together with a fault code. The service instructions of the CR Monitor include a complete fault-finding table with all fault codes and a description of fault, cause and remedy. 21

22 14.3 Alarm log (2.2) The alarm log can store up to 24 warning and alarms Fault handling (3.1) The menu is divided into six submenus: Sensor measurements Monitoring functions Monitoring filters Pump and IO 351 Other fault handling General settings. Fig. 31 Alarm log Description For every warning or alarm, the following is shown: Whether it is a warning or an alarm. Where the fault occurred. Flow sensor, external fault, communication fault, etc. In the case of input-related faults, the identity of the input is shown. What the fault cause is, followed by a fault code in parentheses. When the fault occurred: Date and time. When the fault disappeared: Date and time. If the fault still exists, date and time will be shown as The latest warning/alarm is shown at the top of the display. 15. Limits (3) In menu Limits, one of the submenus can be selected: Fault handling Maintenance Status display data. Fig. 33 Fault handling Description Display "Sensor measurements" makes it possible to set warning and alarm limits for each sensor/measuring point and to set how the CR Monitor is to react. "Monitoring functions" makes it possible to set limits for warning and alarm if the duty point moves outside the range learned. "Monitoring filters" makes it possible to set how long measured data may be unstable before a warning is given. It is also possible to set whether the CR Monitor is to send an SMS and/or if measured data are unstable, and if the duty point is outside the range learned. "Pump and IO 351" makes it possible to set how the CR Monitor is to react to warnings and alarms from the pump, IO 351 and sensor faults. "Other fault handling" makes it possible to set how CR Monitor is to react to external faults and faults in the electronic components. "General settings" makes it possible to set how the CR Monitor is to react if the number of restarts is too high. Fig. 32 Limits Description "Fault handling" makes it possible to set how the CR Monitor is to react if a sensor value exceeds a set warning and/or alarm limit or the pump moves outside the range learned. "Maintenance" shows when it is time to relubricate or replace motor bearings. "Status display data" makes it possible to select what values are to be shown in display Status (1). 22

23 } Sensor measurements (3.1.1) It is possible to set min. and max. warning and alarm limits for each of the sensors below as well as how the CR Monitor is to react to faults. Description Note If the value for warning or alarm limits is changed, the function will be selected automatically. The setting of min. and max. warning or alarm limits can be illustrated this way: [ma] [ma] [V] } TM Fig. 34 Sensor measurements Description The submenus for each sensor has the same structure. In the next section, the possible settings for fault handling in connection with flow measurement will be described as a general example Example: Fault handling, flow measurement ( ) The menu offers these possibilities of handling an exceeded limit. Selection and setting of min. and max. alarm limits and the reaction of the CR Monitor. Selection and setting of min. and max. warning limits. Possibility of sending warnings and alarms as SMS (only with optional module) and/or . (To be set via PC Tool.) Fig. 36 Min. and max. limits 1 Normal duty range 2 Max. warning limit 3 Max. alarm limit 4 Min. warning limit 5 Min. alarm limit Example of limits for flow rate: bar m 3 /h TM Fig. 37 Flow limits on a Q/H curve Fig. 35 Fault handling, flow measurement The CR Monitor comes with a hysteresis band for each limit. The purpose is to prevent repeated warnings/alarms caused by small variations of sensor values close to a limit. (The hysteresis band can be changed via PC Tool.) If an alarm limit is exceeded, the CR Monitor can be set to give an alarm and stop the pump, if required. It is generally advisable to let the pump continue to run in case of alarm. If "Stop in case of alarm" has been selected, the pump must be started manually or set to "Auto restart". When the sensor value is within the normal range again (the alarm disappears), the CR Monitor will try to restart the pump after a set time delay. For setting of time delay, see section General settings (3.1.6). Indication in "Alarm status" (2) Warnings and alarms in connection with sensor measurements will be shown this way in 14.2 Current alarms (2.1) and 14.3 Alarm log (2.2): Warning An exceeded warning limit will be shown in Current alarms (2.1) and saved in Alarm log (2.2). The icon will be shown to the right of the upper line. If the sensor value comes within the normal range again, the warning will disappear from Current alarms (2.1). The icon will disappear. A warning indicating that the maintenance interval has been exceeded must be reset when maintenance has been carried out (section 15.3 Maintenance (3.2)). 23

1. General information... 2 2. Login... 2 3. Home... 3 4. Current applications... 3

1. General information... 2 2. Login... 2 3. Home... 3 4. Current applications... 3 User Manual for Marketing Authorisation and Lifecycle Management of Medicines Inhalt: User Manual for Marketing Authorisation and Lifecycle Management of Medicines... 1 1. General information... 2 2. Login...

Mehr

p^db=`oj===pìééçêíáåñçêã~íáçå=

p^db=`oj===pìééçêíáåñçêã~íáçå= p^db=`oj===pìééçêíáåñçêã~íáçå= Error: "Could not connect to the SQL Server Instance" or "Failed to open a connection to the database." When you attempt to launch ACT! by Sage or ACT by Sage Premium for

Mehr

ONLINE LICENCE GENERATOR

ONLINE LICENCE GENERATOR Index Introduction... 2 Change language of the User Interface... 3 Menubar... 4 Sold Software... 5 Explanations of the choices:... 5 Call of a licence:... 7 Last query step... 9 Call multiple licenses:...

Mehr

RS232-Verbindung, RXU10 Herstellen einer RS232-Verbindung zwischen PC und Messgerät oder Modem und Messgerät

RS232-Verbindung, RXU10 Herstellen einer RS232-Verbindung zwischen PC und Messgerät oder Modem und Messgerät Betriebsanleitung RS232-Verbindung, RXU10 Herstellen einer RS232-Verbindung zwischen PC und Messgerät oder Modem und Messgerät ä 2 Operating Instructions RS232 Connection, RXU10 Setting up an RS232 connection

Mehr

CABLE TESTER. Manual DN-14003

CABLE TESTER. Manual DN-14003 CABLE TESTER Manual DN-14003 Note: Please read and learn safety instructions before use or maintain the equipment This cable tester can t test any electrified product. 9V reduplicated battery is used in

Mehr

How-To-Do. Hardware Configuration of the CC03 via SIMATIC Manager from Siemens

How-To-Do. Hardware Configuration of the CC03 via SIMATIC Manager from Siemens How-To-Do Hardware Configuration of the CC03 via SIMATIC Manager from Siemens Content Hardware Configuration of the CC03 via SIMATIC Manager from Siemens... 1 1 General... 2 1.1 Information... 2 1.2 Reference...

Mehr

p^db=`oj===pìééçêíáåñçêã~íáçå=

p^db=`oj===pìééçêíáåñçêã~íáçå= p^db=`oj===pìééçêíáåñçêã~íáçå= How to Disable User Account Control (UAC) in Windows Vista You are attempting to install or uninstall ACT! when Windows does not allow you access to needed files or folders.

Mehr

NEWSLETTER. FileDirector Version 2.5 Novelties. Filing system designer. Filing system in WinClient

NEWSLETTER. FileDirector Version 2.5 Novelties. Filing system designer. Filing system in WinClient Filing system designer FileDirector Version 2.5 Novelties FileDirector offers an easy way to design the filing system in WinClient. The filing system provides an Explorer-like structure in WinClient. The

Mehr

Ingenics Project Portal

Ingenics Project Portal Version: 00; Status: E Seite: 1/6 This document is drawn to show the functions of the project portal developed by Ingenics AG. To use the portal enter the following URL in your Browser: https://projectportal.ingenics.de

Mehr

Release Notes BRICKware 7.5.4. Copyright 23. March 2010 Funkwerk Enterprise Communications GmbH Version 1.0

Release Notes BRICKware 7.5.4. Copyright 23. March 2010 Funkwerk Enterprise Communications GmbH Version 1.0 Release Notes BRICKware 7.5.4 Copyright 23. March 2010 Funkwerk Enterprise Communications GmbH Version 1.0 Purpose This document describes new features, changes, and solved problems of BRICKware 7.5.4.

Mehr

Cameraserver mini. commissioning. Ihre Vision ist unsere Aufgabe

Cameraserver mini. commissioning. Ihre Vision ist unsere Aufgabe Cameraserver mini commissioning Page 1 Cameraserver - commissioning Contents 1. Plug IN... 3 2. Turn ON... 3 3. Network configuration... 4 4. Client-Installation... 6 4.1 Desktop Client... 6 4.2 Silverlight

Mehr

Parameter-Updatesoftware PF-12 Plus

Parameter-Updatesoftware PF-12 Plus Parameter-Updatesoftware PF-12 Plus Mai / May 2015 Inhalt 1. Durchführung des Parameter-Updates... 2 2. Kontakt... 6 Content 1. Performance of the parameter-update... 4 2. Contact... 6 1. Durchführung

Mehr

Hazards and measures against hazards by implementation of safe pneumatic circuits

Hazards and measures against hazards by implementation of safe pneumatic circuits Application of EN ISO 13849-1 in electro-pneumatic control systems Hazards and measures against hazards by implementation of safe pneumatic circuits These examples of switching circuits are offered free

Mehr

Anleitung zur Schnellinstallation TFM-560X YO.13

Anleitung zur Schnellinstallation TFM-560X YO.13 Anleitung zur Schnellinstallation TFM-560X YO.13 Table of Contents Deutsch 1 1. Bevor Sie anfangen 1 2. Installation 2 Troubleshooting 6 Version 06.08.2011 1. Bevor Sie anfangen Packungsinhalt ŸTFM-560X

Mehr

Das Modul kann thermische oder 3-stufige Aktoren regeln, wie auch vier 0-10 VDC analoge Ausgänge.

Das Modul kann thermische oder 3-stufige Aktoren regeln, wie auch vier 0-10 VDC analoge Ausgänge. Das ist ein I/O Modul für Modbus, das vier Ni1000-LG Eingänge oder vier Digitaleingänge lesen kann. Jeder individuelle Eingang kann so eingestellt werden, das er als analoger oder digitaler Eingang arbeitet.

Mehr

ALL1681 Wireless 802.11g Powerline Router Quick Installation Guide

ALL1681 Wireless 802.11g Powerline Router Quick Installation Guide ALL1681 Wireless 802.11g Powerline Router Quick Installation Guide 1 SET ALL1681 Upon you receive your wireless Router, please check that the following contents are packaged: - Powerline Wireless Router

Mehr

Software-Update Version 1.0.10 manual. In order to keep your door systems updated, please proceed with the following changes.

Software-Update Version 1.0.10 manual. In order to keep your door systems updated, please proceed with the following changes. Software-Update Version 1.0.10 manual In order to keep your door systems updated, please proceed with the following changes. 1. Exchange CPU -Z1 (E60-0228-10) by the new one you already received. Front

Mehr

Installation Instructions

Installation Instructions EN DE Installation Instructions WLAN Installation Kit, 300 Mbps, 5 GHz, 16 dbi AK-4 Wireless Kit Scope of delivery Junction box AK-4 (1x) 1 Connection board AK-4 CB with 12VDC power supply unit (1x) 2

Mehr

Kuhnke Technical Data. Contact Details

Kuhnke Technical Data. Contact Details Kuhnke Technical Data The following page(s) are extracted from multi-page Kuhnke product catalogues or CDROMs and any page number shown is relevant to the original document. The PDF sheets here may have

Mehr

NVR Mobile Viewer for iphone/ipad/ipod Touch

NVR Mobile Viewer for iphone/ipad/ipod Touch NVR Mobile Viewer for iphone/ipad/ipod Touch Quick Installation Guide DN-16111 DN-16112 DN16113 2 DN-16111, DN-16112, DN-16113 for Mobile ios Quick Guide Table of Contents Download and Install the App...

Mehr

Art.-Nr. 4450900300 greentea. Art.-Nr. 4450900200 whitemusk MAGICUS. 1 Stück/piece 2,5. 4 x 4 x 4 x. 1 x

Art.-Nr. 4450900300 greentea. Art.-Nr. 4450900200 whitemusk MAGICUS. 1 Stück/piece 2,5. 4 x 4 x 4 x. 1 x MAGICUS Art.-Nr. 4450900300 greentea 1 Stück/piece Art.-Nr. 4450900200 whitemusk 2,5 4 x 4 x 4 x 1 x 1. 2. 1 x Option 2 Option 1 3. 1 3 4 2 4. I AUTO RUN Mo Tu We Th Fr Sa Su OK + Clear R 230VAC, 50Hz

Mehr

How-To-Do. Hardware Configuration of the CPU 317NET with external CPs on the SPEED Bus by SIMATIC Manager from Siemens

How-To-Do. Hardware Configuration of the CPU 317NET with external CPs on the SPEED Bus by SIMATIC Manager from Siemens How-To-Do Hardware Configuration of the CPU 317NET with external CPs on the SPEED Bus by SIMATIC Manager from Siemens Content Hardware Configuration of the CPU 317NET with external CPs on the SPEED Bus

Mehr

KURZANLEITUNG. Firmware-Upgrade: Wie geht das eigentlich?

KURZANLEITUNG. Firmware-Upgrade: Wie geht das eigentlich? KURZANLEITUNG Firmware-Upgrade: Wie geht das eigentlich? Die Firmware ist eine Software, die auf der IP-Kamera installiert ist und alle Funktionen des Gerätes steuert. Nach dem Firmware-Update stehen Ihnen

Mehr

Serviceinformation Nr. 05/10

Serviceinformation Nr. 05/10 Serviceinformation Nr. 05/10 vom: 05.08.2010 von: GRC 1. Strömungswächter für Grundwasseranlagen Ab sofort können anstelle der Seikom Strömungswächter GF Schwebekörper Durchflussmesser mit Reed Kontakt

Mehr

SmartClass Firmware-Update Vorgehensweise

SmartClass Firmware-Update Vorgehensweise Benutzeranweisungen SmartClass Firmware-Update Vorgehensweise 2008.01 (V 1.x.x) Deutsch Please direct all enquiries to your local JDSU sales company. The addresses can be found at: www.jdsu.com/tm-contacts

Mehr

Aufgabenstellung Mit welchen SICLOCK Produkten kann ich einen PC Zeitsynchronisieren?

Aufgabenstellung Mit welchen SICLOCK Produkten kann ich einen PC Zeitsynchronisieren? SICLOCK Application Note AN-0005 Titel Synchronisation von PCs mit SICLOCK Aufgabenstellung Mit welchen SICLOCK Produkten kann ich einen PC Zeitsynchronisieren? Schlüsselwörter SICLOCK DCFRS, WinGPS, GPS1000,

Mehr

Frequently asked Questions for Kaercher Citrix (apps.kaercher.com)

Frequently asked Questions for Kaercher Citrix (apps.kaercher.com) Frequently asked Questions for Kaercher Citrix (apps.kaercher.com) Inhalt Content Citrix-Anmeldung Login to Citrix Was bedeutet PIN und Token (bei Anmeldungen aus dem Internet)? What does PIN and Token

Mehr

How to access licensed products from providers who are already operating productively in. General Information... 2. Shibboleth login...

How to access licensed products from providers who are already operating productively in. General Information... 2. Shibboleth login... Shibboleth Tutorial How to access licensed products from providers who are already operating productively in the SWITCHaai federation. General Information... 2 Shibboleth login... 2 Separate registration

Mehr

Asynchronous Generators

Asynchronous Generators Asynchronous Generators Source: ABB 1/21 2. Asynchronous Generators 1. Induction generator with squirrel cage rotor 2. Induction generator with woed rotor Source: electricaleasy.com 2/21 2.1. Induction

Mehr

KOBIL SecOVID Token III Manual

KOBIL SecOVID Token III Manual KOBIL SecOVID Token III Manual Einführung Vielen Dank, dass Sie sich für das KOBIL SecOVID Token entschieden haben. Mit dem SecOVID Token haben Sie ein handliches, einfach zu bedienendes Gerät zur universellen

Mehr

RailMaster New Version 7.00.p26.01 / 01.08.2014

RailMaster New Version 7.00.p26.01 / 01.08.2014 RailMaster New Version 7.00.p26.01 / 01.08.2014 English Version Bahnbuchungen so einfach und effizient wie noch nie! Copyright Copyright 2014 Travelport und/oder Tochtergesellschaften. Alle Rechte vorbehalten.

Mehr

OEDIV SSL-VPN Portal Access for externals

OEDIV SSL-VPN Portal Access for externals OEDIV SSL-VPN Portal Access for externals Abteilung Serverbetreuung Andre Landwehr Date 31.07.2013 Version 1.2 Seite 1 von 9 Versionshistorie Version Datum Autor Bemerkung 1.0 06.08.2011 A. Landwehr Initial

Mehr

How-To-Do. Communication to Siemens OPC Server via Ethernet

How-To-Do. Communication to Siemens OPC Server via Ethernet How-To-Do Communication to Siemens OPC Server via Content 1 General... 2 1.1 Information... 2 1.2 Reference... 2 2 Configuration of the PC Station... 3 2.1 Create a new Project... 3 2.2 Insert the PC Station...

Mehr

https://portal.microsoftonline.com

https://portal.microsoftonline.com Sie haben nun Office über Office365 bezogen. Ihr Account wird in Kürze in dem Office365 Portal angelegt. Anschließend können Sie, wie unten beschrieben, die Software beziehen. Congratulations, you have

Mehr

Shock pulse measurement principle

Shock pulse measurement principle Shock pulse measurement principle a [m/s²] 4.0 3.5 3.0 Roller bearing signals in 36 khz range Natural sensor frequency = 36 khz 2.5 2.0 1.5 1.0 0.5 0.0-0.5-1.0-1.5-2.0-2.5-3.0-3.5-4.0 350 360 370 380 390

Mehr

UWC 8801 / 8802 / 8803

UWC 8801 / 8802 / 8803 Wandbedieneinheit Wall Panel UWC 8801 / 8802 / 8803 Bedienungsanleitung User Manual BDA V130601DE UWC 8801 Wandbedieneinheit Anschluss Vor dem Anschluss ist der UMM 8800 unbedingt auszuschalten. Die Übertragung

Mehr

Load balancing Router with / mit DMZ

Load balancing Router with / mit DMZ ALL7000 Load balancing Router with / mit DMZ Deutsch Seite 3 English Page 10 ALL7000 Quick Installation Guide / Express Setup ALL7000 Quick Installation Guide / Express Setup - 2 - Hardware Beschreibung

Mehr

300Mbps Wireless Outdoor PoE Access Point/Bridge Quick Installation Guide

300Mbps Wireless Outdoor PoE Access Point/Bridge Quick Installation Guide LevelOne WAB-5120 300Mbps Wireless Outdoor PoE Access Point/Bridge Quick Installation Guide English Deutsch - 1 - Table of Content English... - 3 - Deutsch... - 9 - This guide covers only the most common

Mehr

Softwareupdate-Anleitung // AC Porty L Netzteileinschub

Softwareupdate-Anleitung // AC Porty L Netzteileinschub 1 Softwareupdate-Anleitung // AC Porty L Netzteileinschub Softwareupdate-Anleitung // AC Porty L Netzteileinschub HENSEL-VISIT GmbH & Co. KG Robert-Bunsen-Str. 3 D-97076 Würzburg-Lengfeld GERMANY Tel./Phone:

Mehr

USB Treiber updaten unter Windows 7/Vista

USB Treiber updaten unter Windows 7/Vista USB Treiber updaten unter Windows 7/Vista Hinweis: Für den Downloader ist momentan keine 64 Bit Version erhältlich. Der Downloader ist nur kompatibel mit 32 Bit Versionen von Windows 7/Vista. Für den Einsatz

Mehr

Getting started with MillPlus IT V530 Winshape

Getting started with MillPlus IT V530 Winshape Getting started with MillPlus IT V530 Winshape Table of contents: Deutsche Bedienungshinweise zur MillPlus IT V530 Programmierplatz... 3 English user directions to the MillPlus IT V530 Programming Station...

Mehr

Cisco SSPA122. Installation und manuelle Rekonfiguration. Dokumentenversion 1

Cisco SSPA122. Installation und manuelle Rekonfiguration. Dokumentenversion 1 Cisco SSPA122 Installation und manuelle Rekonfiguration Dokumentenversion 1 Placetel UC-One Cisco SPA122 Installation und manuelle Rekonfiguration Copyright Hinweis Copyright 2015 finocom AG Alle Rechte

Mehr

iid software tools QuickStartGuide iid USB base RFID driver read installation 13.56 MHz closed coupling RFID

iid software tools QuickStartGuide iid USB base RFID driver read installation 13.56 MHz closed coupling RFID iid software tools QuickStartGuide iid software tools USB base RFID driver read installation write unit 13.56 MHz closed coupling RFID microsensys Jun 2013 Introduction / Einleitung This document describes

Mehr

Der Adapter Z250I / Z270I lässt sich auf folgenden Betriebssystemen installieren:

Der Adapter Z250I / Z270I lässt sich auf folgenden Betriebssystemen installieren: Installationshinweise Z250I / Z270I Adapter IR USB Installation hints Z250I / Z270I Adapter IR USB 06/07 (Laden Sie den Treiber vom WEB, entpacken Sie ihn in ein leeres Verzeichnis und geben Sie dieses

Mehr

Schnell-Start-Anleitung Quick Start Guide

Schnell-Start-Anleitung Quick Start Guide Schnell-Start-Anleitung Quick Start Guide 3 1. Cube anschließen Schließen Sie den Cube an die Stromversorgung an. Verbinden Sie den Cube mit dem Router. Die Power- und die Internet-LED beginnen zu blinken,

Mehr

HIR Method & Tools for Fit Gap analysis

HIR Method & Tools for Fit Gap analysis HIR Method & Tools for Fit Gap analysis Based on a Powermax APML example 1 Base for all: The Processes HIR-Method for Template Checks, Fit Gap-Analysis, Change-, Quality- & Risk- Management etc. Main processes

Mehr

Honeywell AG Hardhofweg. D-74821 Mosbach MU1H-1220GE23 R1001

Honeywell AG Hardhofweg. D-74821 Mosbach MU1H-1220GE23 R1001 BA 95 Einbau-Anleitung Installation Instructions Einbau Installation Einbaubeispiel Installation example Ablaufleitung vorsehen Install discharge pipework Durchflussrichtung beachten! Consider direction

Mehr

Instruktionen Mozilla Thunderbird Seite 1

Instruktionen Mozilla Thunderbird Seite 1 Instruktionen Mozilla Thunderbird Seite 1 Instruktionen Mozilla Thunderbird Dieses Handbuch wird für Benutzer geschrieben, die bereits ein E-Mail-Konto zusammenbauen lassen im Mozilla Thunderbird und wird

Mehr

HiOPC Hirschmann Netzmanagement. Anforderungsformular für eine Lizenz. Order form for a license

HiOPC Hirschmann Netzmanagement. Anforderungsformular für eine Lizenz. Order form for a license HiOPC Hirschmann Netzmanagement Anforderungsformular für eine Lizenz Order form for a license Anforderungsformular für eine Lizenz Vielen Dank für Ihr Interesse an HiOPC, dem SNMP/OPC Gateway von Hirschmann

Mehr

Installationsanweisung Installation Instructions Notice d installation. Instrucciones de montaje Istruzioni per l installazione. Programm Update.

Installationsanweisung Installation Instructions Notice d installation. Instrucciones de montaje Istruzioni per l installazione. Programm Update. Installationsanweisung Installation Instructions Notice d installation Instrucciones de montaje Istruzioni per l installazione Programm Update für FWA510 / FWA515 Program update for FWA510 / FWA515 1 2

Mehr

Fleet Manager 100 Bedienungsanleitung User Manual Hardware

Fleet Manager 100 Bedienungsanleitung User Manual Hardware Bedienungsanleitung User Manual Hardware 1. Bedienung im Fahrzeug... 2 2. Signale des Bordcomputers (LED, Summer)... 4 3. Fehlersuche... 5 1. Operation in the vehicle... 7 2. Buzzer codes... 9 3. Troubleshooting...

Mehr

TomTom WEBFLEET Tachograph

TomTom WEBFLEET Tachograph TomTom WEBFLEET Tachograph Installation TG, 17.06.2013 Terms & Conditions Customers can sign-up for WEBFLEET Tachograph Management using the additional services form. Remote download Price: NAT: 9,90.-/EU:

Mehr

Yealink W52 DECT IP Telefon

Yealink W52 DECT IP Telefon Yealink W52 DECT IP Telefon Manuelle Neukonfiguration Dokumentenversion 1.0 Yealink W52 DECT IP Telefon Mauelle Neukonfiguration Copyright Hinweis Copyright 2016 finocom AG Alle Rechte vorbehalten. Jegliche

Mehr

150Mbps Micro Wireless N USB Adapter

150Mbps Micro Wireless N USB Adapter 150Mbps Micro Wireless N USB Adapter TEW-648UBM ŸAnleitung zur Schnellinstallation (1) ŸTroubleshooting (6) 1.11 1. Bevor Sie anfangen Packungsinhalt ŸTEW-648UBM ŸCD-ROM (Dienstprogramm & Bedienungsanleitung)

Mehr

CONTROLLER RECEIVER REPEATER PAIRING SLIM CLIP

CONTROLLER RECEIVER REPEATER PAIRING SLIM CLIP ANLEITUNGEN // INSTRUCTIONS CONTROLLER RECEIVER REPEATER PAIRING SLIM CLIP BEDIENUNGSANLEITUNG // INSTRUCTION MANUAL MONTAGEANLEITUNG // ASSEMBLY INSTRUCTION MONTAGEANLEITUNG // ASSEMBLY INSTRUCTION KOPPLUNG

Mehr

PC Spectro II SpectroDirect

PC Spectro II SpectroDirect Programm-/Methoden- update Allgemeine Informationen: Um das Gerät mit einem neuen Programm und/oder neuen Methoden, hier firmware genannt, zu versehen, benötigen Sie das "Flash-Tool" HEXLoad und das zu

Mehr

Anleitung zur Schnellinstallation TFM-561U

Anleitung zur Schnellinstallation TFM-561U Anleitung zur Schnellinstallation TFM-561U V1 Table of Contents Deutsch 1 1. Bevor Sie anfangen 1 2. Installation 2 Troubleshooting 5 Version 08.25.2010 1. Bevor Sie anfangen Packungsinhalt TFM-561U Treiber

Mehr

microkontrol/kontrol49 System Firmware Update

microkontrol/kontrol49 System Firmware Update microkontrol/kontrol49 System Firmware Update Update Anleitung (für Windows) Dieses Update ist lediglich mit Windows XP kompatibel, versuchen Sie dieses nicht mit Windows 98/ME und 2000 auszuführen. 1.

Mehr

Installationshinweise Z501J / Z501K Adapter IrDa USB Installation hints Z501J / Z501K Adapter IrDa USB

Installationshinweise Z501J / Z501K Adapter IrDa USB Installation hints Z501J / Z501K Adapter IrDa USB Installationshinweise Z501J / Z501K Adapter IrDa USB Installation hints Z501J / Z501K Adapter IrDa USB 1/3.04 (Diese Anleitung ist für die CD geschrieben. Wenn Sie den Treiber vom WEB laden, entpacken

Mehr

ZZ0040 - Systembeschreibung

ZZ0040 - Systembeschreibung ZZ000 - ystembeschreibung 1 2 water in ode/enter et Lit/min P2 P1 trömungswächter Typ U000 KWT ZZ000 water out 1 2 Filter trömungswächter Wasserstop- Ventil Drucksensor Rückschlagventil Ausfiltern von

Mehr

Kurzinformation Brief information

Kurzinformation Brief information AGU Planungsgesellschaft mbh Sm@rtLib V4.1 Kurzinformation Brief information Beispielprojekt Example project Sm@rtLib V4.1 Inhaltsverzeichnis Contents 1 Einleitung / Introduction... 3 1.1 Download aus

Mehr

OMNITRONIC DSP Control Installationsanweisungen bis Version 1.3.1

OMNITRONIC DSP Control Installationsanweisungen bis Version 1.3.1 OMNITRONIC DSP Control Installationsanweisungen bis Version 1.3.1 Bitte befolgen Sie diese Schritt-für-Schritt Anleitung genau, nachdem Sie ein Software Update von unserer Website heruntergeladen haben.

Mehr

Technical Information

Technical Information Firmware-Installation nach Einbau des DP3000-OEM-Kits Dieses Dokument beschreibt die Schritte die nach dem mechanischen Einbau des DP3000- OEM-Satzes nötig sind, um die Projektoren mit der aktuellen Firmware

Mehr

ReadMe zur Installation der BRICKware for Windows, Version 6.1.2. ReadMe on Installing BRICKware for Windows, Version 6.1.2

ReadMe zur Installation der BRICKware for Windows, Version 6.1.2. ReadMe on Installing BRICKware for Windows, Version 6.1.2 ReadMe zur Installation der BRICKware for Windows, Version 6.1.2 Seiten 2-4 ReadMe on Installing BRICKware for Windows, Version 6.1.2 Pages 5/6 BRICKware for Windows ReadMe 1 1 BRICKware for Windows, Version

Mehr

!!! UNBEDINGT BEACHTEN!!!

!!! UNBEDINGT BEACHTEN!!! Produktinformation 201501_197PAdeen Deutsch Seite 1 5 English page 6 10 Solldaten-Update Achsvermessung 2015 WA 900 / 920 / 020 / 950 / 970 CURA S 800 / 860 / 060 / 900 / 960 WAB01 / WAB 02 CCT / RoboLigner

Mehr

Notice: All mentioned inventors have to sign the Report of Invention (see page 3)!!!

Notice: All mentioned inventors have to sign the Report of Invention (see page 3)!!! REPORT OF INVENTION Please send a copy to An die Abteilung Technologietransfer der Universität/Hochschule An die Technologie-Lizenz-Büro (TLB) der Baden-Württembergischen Hochschulen GmbH Ettlinger Straße

Mehr

The Single Point Entry Computer for the Dry End

The Single Point Entry Computer for the Dry End The Single Point Entry Computer for the Dry End The master computer system was developed to optimize the production process of a corrugator. All entries are made at the master computer thus error sources

Mehr

Nachdem Sie die Datei (z.b. t330usbflashupdate.exe) heruntergeladen haben, führen Sie bitte einen Doppelklick mit der linken Maustaste darauf aus:

Nachdem Sie die Datei (z.b. t330usbflashupdate.exe) heruntergeladen haben, führen Sie bitte einen Doppelklick mit der linken Maustaste darauf aus: Deutsch 1.0 Vorbereitung für das Firmwareupdate Vergewissern Sie sich, dass Sie den USB-Treiber für Ihr Gerät installiert haben. Diesen können Sie auf unserer Internetseite unter www.testo.de downloaden.

Mehr

Cable Tester NS-468. Safety instructions

Cable Tester NS-468. Safety instructions Cable Tester NS-468 Safety instructions Do not use the cable tester NS-468 if it is damaged. This device is only for use inside dry and clean rooms. This device must be protected from moisture, splash

Mehr

Cleanroom Fog Generators Volcano VP 12 + VP 18

Cleanroom Fog Generators Volcano VP 12 + VP 18 Cleanroom Fog Generators Volcano VP 12 + VP 18 Description & Functional Principle (Piezo Technology) Cleanrooms are dynamic systems. People and goods are constantly in motion. Further installations, production

Mehr

Installations-Anleitung JetCalc und Komponenten. Manual for JetCalc and components

Installations-Anleitung JetCalc und Komponenten. Manual for JetCalc and components Installations-Anleitung JetCalc und Komponenten Manual for JetCalc and components Version 1.0 Datum: 11. April 2006 2 Inhaltsverzeichnis 1 Herunterladen Software / Download software 3 1.1 JetCalc 3 1.2.net

Mehr

Worx Landroid - Software Update

Worx Landroid - Software Update Worx Landroid - Software Update WORX Landroid Software Update für Anwender 30.04.2015 Website: www.worxlandroid.com Direct Direkter Link Link for auf the Update: Update: https://www.worxlandroid.com/en/software-update

Mehr

E/A-Bedieneinheit. I/O Control unit 658552 DE/GB 08/02

E/A-Bedieneinheit. I/O Control unit 658552 DE/GB 08/02 E/A-Bedieneinheit I/O Control unit 527429 658552 DE/GB 08/02 Best.-Nr.: 658552 Benennung: DATENBLATT Bezeichnung: D:LP-BED.EINH.-E/A-DE/GB Stand: 08/2002 Autoren: Christine Löffler Grafik: Doris Schwarzenberger

Mehr

Mitglied der Leibniz-Gemeinschaft

Mitglied der Leibniz-Gemeinschaft Methods of research into dictionary use: online questionnaires Annette Klosa (Institut für Deutsche Sprache, Mannheim) 5. Arbeitstreffen Netzwerk Internetlexikografie, Leiden, 25./26. März 2013 Content

Mehr

Die Dokumentation kann auf einem angeschlossenen Sartorius Messwertdrucker erfolgen.

Die Dokumentation kann auf einem angeschlossenen Sartorius Messwertdrucker erfolgen. Q-App: USP V2 Bestimmung des Arbeitsbereiches von Waagen gem. USP Kapitel 41. Determination of the operating range of balances acc. USP Chapter 41. Beschreibung Diese Q-App ist zur Bestimmung des Arbeitsbereiches

Mehr

MU-307 A SAFETY INSTRUCTIONS SICHERHEITSHINWEISE FEATURES MERKMALE

MU-307 A SAFETY INSTRUCTIONS SICHERHEITSHINWEISE FEATURES MERKMALE SAFETY INSTRUCTIONS Read all safety instruction before operating the amplifiers. 1. Install equipment as follow condition: - Install at flat place, not bending curved. - Do not install near the water and

Mehr

X83-Konverter Instructions

X83-Konverter Instructions 1. General The X83-Konverter converts GAEB call-for-tender data *) directly into MS Excel format. Exchange phases D81, D83, P81, P83, X81 and X83 are supported. Processing of the tender takes place completely

Mehr

Restschmutzanalyse Residual Dirt Analysis

Restschmutzanalyse Residual Dirt Analysis Q-App: Restschmutzanalyse Residual Dirt Analysis Differenzwägeapplikation, mit individueller Proben ID Differential weighing application with individual Sample ID Beschreibung Gravimetrische Bestimmung

Mehr

Prediction Market, 28th July 2012 Information and Instructions. Prognosemärkte Lehrstuhl für Betriebswirtschaftslehre insbes.

Prediction Market, 28th July 2012 Information and Instructions. Prognosemärkte Lehrstuhl für Betriebswirtschaftslehre insbes. Prediction Market, 28th July 2012 Information and Instructions S. 1 Welcome, and thanks for your participation Sensational prices are waiting for you 1000 Euro in amazon vouchers: The winner has the chance

Mehr

Exercise (Part XI) Anastasia Mochalova, Lehrstuhl für ABWL und Wirtschaftsinformatik, Kath. Universität Eichstätt-Ingolstadt 1

Exercise (Part XI) Anastasia Mochalova, Lehrstuhl für ABWL und Wirtschaftsinformatik, Kath. Universität Eichstätt-Ingolstadt 1 Exercise (Part XI) Notes: The exercise is based on Microsoft Dynamics CRM Online. For all screenshots: Copyright Microsoft Corporation. The sign ## is you personal number to be used in all exercises. All

Mehr

XAIR-Bridge: Installationshinweise XAIR-Bridge: Short Installation Guide (English Version on Page 10)

XAIR-Bridge: Installationshinweise XAIR-Bridge: Short Installation Guide (English Version on Page 10) XAIR-Bridge: Installationshinweise XAIR-Bridge: Short Installation Guide (English Version on Page 10) Bridge Ergänzung zu XAIR LOS GEHT S/GETTING STARTED Ziel und Zweck Diese Installationshinweise beschreiben

Mehr

v i r t u A L C O M P o r t s

v i r t u A L C O M P o r t s v i r t u A L C O M P o r t s (HO720 / HO730) Installieren und Einstellen Installation and Settings Deutsch / English Installieren und Einstellen des virtuellen COM Ports (HO720 / HO730) Einleitung Laden

Mehr

Technische Spezifikation ekey FW update

Technische Spezifikation ekey FW update Technische Spezifikation ekey FW update Allgemein gültig Produktbeschreibung Mit dem ekey Firmware update kann bei allen ekey home Fingerscannern und Steuereinheiten eine Softwareaktualisierung durchgeführt

Mehr

Context-adaptation based on Ontologies and Spreading Activation

Context-adaptation based on Ontologies and Spreading Activation -1- Context-adaptation based on Ontologies and Spreading Activation ABIS 2007, Halle, 24.09.07 {hussein,westheide,ziegler}@interactivesystems.info -2- Context Adaptation in Spreadr Pubs near my location

Mehr

Titelbild1 ANSYS. Customer Portal LogIn

Titelbild1 ANSYS. Customer Portal LogIn Titelbild1 ANSYS Customer Portal LogIn 1 Neuanmeldung Neuanmeldung: Bitte Not yet a member anklicken Adressen-Check Adressdaten eintragen Customer No. ist hier bereits erforderlich HERE - Button Hier nochmal

Mehr

ISO 15504 Reference Model

ISO 15504 Reference Model Process flow Remarks Role Documents, data, tools input, output Start Define purpose and scope Define process overview Define process details Define roles no Define metrics Pre-review Review yes Release

Mehr

After sales product list After Sales Geräteliste

After sales product list After Sales Geräteliste GMC-I Service GmbH Thomas-Mann-Str. 20 90471 Nürnberg e-mail:service@gossenmetrawatt.com After sales product list After Sales Geräteliste Ladies and Gentlemen, (deutsche Übersetzung am Ende des Schreibens)

Mehr

www.infoplc.net AC500 Application Example Scalable PLC for Individual Automation AC500-eCo Modbus TCP/IP Data Exchange between two AC500-eCo CPUs

www.infoplc.net AC500 Application Example Scalable PLC for Individual Automation AC500-eCo Modbus TCP/IP Data Exchange between two AC500-eCo CPUs Application Example AC500 Scalable PLC for Individual Automation AC500-eCo Modbus TCP/IP Data Exchange between two AC500-eCo CPUs Content 1 Disclaimer...2 1.1 For customers domiciled outside Germany /

Mehr

1. Installation 4. Connections between Load Sharer and IQ- Control Panel 5. Multi unit connection 6. Connection of more Load Sharers 6

1. Installation 4. Connections between Load Sharer and IQ- Control Panel 5. Multi unit connection 6. Connection of more Load Sharers 6 TABLE OF CONTENTS 1. Installation 4 Connections 5 Connections between Load Sharer and IQ- Control Panel 5 Multi unit connection 6 Connection of more Load Sharers 6 2. Configuration 7 Menu structure 7 Select

Mehr

MindestanforderungenanDokumentationvon Lieferanten

MindestanforderungenanDokumentationvon Lieferanten andokumentationvon Lieferanten X.0010 3.02de_en/2014-11-07 Erstellt:J.Wesseloh/EN-M6 Standardvorgabe TK SY Standort Bremen Standard requirements TK SY Location Bremen 07.11.14 DieInformationenindieserUnterlagewurdenmitgrößterSorgfalterarbeitet.DennochkönnenFehlernichtimmervollständig

Mehr

Beschreibung. Process Description: Sartorius Bestellnummer / Order No.:

Beschreibung. Process Description: Sartorius Bestellnummer / Order No.: Q-App: USP Advanced Bestimmung des Arbeitsbereiches von Waagen gem. USP Kapitel 41 mit Auswertung über HTML (Q-Web) Determination of the operating range of balances acc. USP Chapter 41 with evaluation

Mehr

FOR ENGLISCH VERSION PLEASE SCROLL FORWARD SOME PAGES. THANK YOU!

FOR ENGLISCH VERSION PLEASE SCROLL FORWARD SOME PAGES. THANK YOU! FOR ENGLISCH VERSION PLEASE SCROLL FORWARD SOME PAGES. THANK YOU! HELPLINE GAMMA-SCOUT ODER : WIE BEKOMME ICH MEIN GERÄT ZUM LAUFEN? Sie haben sich für ein Strahlungsmessgerät mit PC-Anschluss entschieden.

Mehr

EMCO Installationsanleitung Installation instructions

EMCO Installationsanleitung Installation instructions EMCO Installationsanleitung Installation instructions Installationsanleitung Installation instructions Digitalanzeige digital display C40, FB450 L, FB600 L, EM 14D/17D/20D Ausgabe Edition A 2009-12 Deutsch...2

Mehr

Robotino View Kommunikation mit OPC. Communication with OPC DE/EN 04/08

Robotino View Kommunikation mit OPC. Communication with OPC DE/EN 04/08 Robotino View Kommunikation mit OPC Robotino View Communication with OPC 1 DE/EN 04/08 Stand/Status: 04/2008 Autor/Author: Markus Bellenberg Festo Didactic GmbH & Co. KG, 73770 Denkendorf, Germany, 2008

Mehr

miditech 4merge 4-fach MIDI Merger mit :

miditech 4merge 4-fach MIDI Merger mit : miditech 4merge 4-fach MIDI Merger mit : 4 x MIDI Input Port, 4 LEDs für MIDI In Signale 1 x MIDI Output Port MIDI USB Port, auch für USB Power Adapter Power LED und LOGO LEDs Hochwertiges Aluminium Gehäuse

Mehr

WP2. Communication and Dissemination. Wirtschafts- und Wissenschaftsförderung im Freistaat Thüringen

WP2. Communication and Dissemination. Wirtschafts- und Wissenschaftsförderung im Freistaat Thüringen WP2 Communication and Dissemination Europa Programm Center Im Freistaat Thüringen In Trägerschaft des TIAW e. V. 1 GOALS for WP2: Knowledge information about CHAMPIONS and its content Direct communication

Mehr

Fundamentals of Electrical Engineering 1 Grundlagen der Elektrotechnik 1

Fundamentals of Electrical Engineering 1 Grundlagen der Elektrotechnik 1 Fundamentals of Electrical Engineering 1 Grundlagen der Elektrotechnik 1 Chapter: Operational Amplifiers / Operationsverstärker Michael E. Auer Source of figures: Alexander/Sadiku: Fundamentals of Electric

Mehr

Ein- und Ausgangsspannung 220-240V / Leistung: 800 VA / Abmessungen: 203 x 147 x 445mm / Gewicht: 20kg / Normenzertifikate: EN 60950, EN 60601-1

Ein- und Ausgangsspannung 220-240V / Leistung: 800 VA / Abmessungen: 203 x 147 x 445mm / Gewicht: 20kg / Normenzertifikate: EN 60950, EN 60601-1 Produktinformationen Powervar ABCE800-22IEC USV POWERVAR Unterbrechungsfreier Strommanager Der neue Security One USM oder unterbrechungsfreier Strommanager, hat viele neue Funktionen zu bieten. Sie können

Mehr

INSTALLATION AND OPERATING INSTRUCTIONS FOR LPS203-M LPS203-M 操 作 指 示

INSTALLATION AND OPERATING INSTRUCTIONS FOR LPS203-M LPS203-M 操 作 指 示 BEDIENUNGSANLEITUNG To comply with the published safety standards, the following must be observed when using this power supply. Um den zur Zeit gültigen Sicherheitsbestimmungen zu genügen, müssen die nachstehenden

Mehr

AKTIVE DVB-T ZIMMERANTENNE ANSCHLUSSHINWEISE ACTIVE DVB-T INDOOR ANTENNA CONNECTION INSTRUCTIONS

AKTIVE DVB-T ZIMMERANTENNE ANSCHLUSSHINWEISE ACTIVE DVB-T INDOOR ANTENNA CONNECTION INSTRUCTIONS K la vi er l ac ko p tik AKTIVE DVB-T ZIMMERANTENNE ANSCHLUSSHINWEISE ACTIVE DVB-T INDOOR ANTENNA CONNECTION INSTRUCTIONS ZA 8970 DRUCKS0682.indd 1 05.09.12 15:15 VerpAckunGsinhAlT UKW / UHF / VHF Flachantenne

Mehr