Related Manuals for Riftek RF651 Series
Summary of Contents for Riftek RF651 Series
- Page 1 OPTICAL MICROMETER RF651 Series User's manual 22, Logoisky tract, Minsk 220090, Republic of Belarus tel/fax: +375 17 281 36 57 info@riftek.com www.riftek.com Certified according to ISO 9001:2008...
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Page 2: Table Of Contents
13.3............................17 Voltage output 0…10 V 13.4............................18 Configuration parameters 13.4.1. Range of the analog output ......................... 18 13.4.2. Analog output operation mode ......................... 18 Request codes and a list of parameters .............................18 RF651 Series [Revision 4.0.0] 25.03.2017... - Page 3 Setting and saving parameters of the micrometer Working with micrometer .............................26 Examples of stream setting .............................27 17.1............................27 Data transfer by request 17.2............................27 Synchronous data transfer RF65X-SDK .............................28 Warranty policy .............................28 Distributors .............................29 RF651 Series [Revision 4.0.0] 25.03.2017...
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Page 4: Safety Precautions
General information The micrometers are intended for non-contact measuring and checking of diameters, gaps, displacement/position of the edges of technical objects. The series includes 5 models with the measurement range from 10 to 98 mm. RF651 Series [Revision 4.0.0] 25.03.2017... -
Page 5: Basic Technical Data
Micrometer with protect air knife for windows Example: RF651-25/50-232-I-IN- G-3 – measurement range – 25 mm, distance between transmitter and receiver – 50 mm, RS232 serial port, 4…20mA analog output, trigger input is available, cable connector, 3 m cable length. RF651 Series [Revision 4.0.0] 25.03.2017... -
Page 6: Structure And Operating Principle
LED 1 is collimated by a lens 2. With an object placed in the collimated beam region, shadow image formed is scanned with a CCD photo-detector array 3. A processor 4 calculates the position (size) of the object from the position of shadow border (borders). Figure 1 RF651 Series [Revision 4.0.0] 25.03.2017... -
Page 7: Options For Use Of The Device
3.2, respectively. An example of item designation when ordering 2D coordinate systems - RF651XY-X/L…, for systems with more axes - RF651.N-X/L…, where N is a number of coordinates in the system. Figure 3.1. Figure 3.2. RF651 Series [Revision 4.0.0] 25.03.2017... -
Page 8: Dimensions And Mounting
Overall and mounting dimensions of micrometers are shown in Figure 4. A, mm C, mm D, mm E, mm H, mm H1, mm K, mm N, mm B, mm RF651-25 42,5 RF651-50 45,5 RF651-75 45,5 RF651- 45,5 Figure 4 RF651 Series [Revision 4.0.0] 25.03.2017... -
Page 9: Connection
Gnd ( common for signals U+ ( power supply 10.2. Micrometers with logical outputs Micrometer is equipped by Binder 423-14 connector. Pin numbers and location of the installation are shown in Figure 6. Figure 6 RF651 Series [Revision 4.0.0] 25.03.2017... - Page 10 Micrometers are equipped by additional connector Binder 712-4. Pin numbers and location of the installation are shown in Figure 7. Figure 7 Designation of contacts is given in the following table: Model of Micrometer Pin Number Assignment RF651 Series [Revision 4.0.0] 25.03.2017...
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Page 11: Micrometers With Ethernet Interface
Gnd ( Brown power supply DATA+ Green DATA- Yellow Gnd ( Gray common for signals free wire Blue free wire U+ ( power supply free wire NormLimit White-Green free wire UpLimit Red-Blue free wire LowLimit Gray-Pink RF651 Series [Revision 4.0.0] 25.03.2017... -
Page 12: Ethernet Cable
For example, for the parameter value equal to 100, data are transmitted through bit-serial interface when each 100th synchronizing pulse arrives at IN input of the sensor. RF651 Series [Revision 4.0.0] 25.03.2017... -
Page 13: Sampling Period 11.3
Measurement is only conducted in the case where the number of borders detected by micrometer corresponds to a given parameter. The polarity is the “light-shadow’ transition or “shadow-light” transition. Borders can be set with the same polarity and with the different polarity. RF651 Series [Revision 4.0.0] 25.03.2017... -
Page 14: Numbers Of Borders Under Control
Factory parameters by default The parameters are stored in nonvolatile memory of the micrometer. Correct changing of the parameters is carried out by using the parametrization program supplied with the micrometer, or by the user's program. RF651 Series [Revision 4.0.0] 25.03.2017... -
Page 15: Description Of Rs232 And Rs485 Interfaces
(with both RS232 port and RS485 port). 12.4.3. Factory parameters table Parameter Value Baud rate 115200 Net address Mode of data transfer request RF651 Series [Revision 4.0.0] 25.03.2017... -
Page 16: Interfacing Protocol
When 'answer' is transmitted, the message contains: · SB-bit, characterizes the updating of the result. If SB is equal to '1', this means that the sensor has updated the measurement result in the buffer. If SB is equal to RF651 Series [Revision 4.0.0] 25.03.2017... -
Page 17: Data Stream
The connection scheme is shown in the figure. To reduce noise, it is recommended to install RC filter before the measuring instrument. The filter capacitor value is indicated for maximum sampling frequency of the micrometer (2 kHz) and this value increases in proportion to the frequency reduction. RF651 Series [Revision 4.0.0] 25.03.2017... -
Page 18: Configuration Parameters
Recovery of parameter default values in 69h (1) 69h (1) constant constant FLASH-memory Latching of current result — — Inquiring of result — - result (2) Inquiring of a stream of results — stream of results RF651 Series [Revision 4.0.0] 25.03.2017... -
Page 19: List Of Parameters
High byte of the beginning of analog output range Low byte of the end of analog In percents (by default, 100). output range The point within the range of the micrometer, at which the analog output takes the maximum value. RF651 Series [Revision 4.0.0] 25.03.2017... - Page 20 1st byte of the destination IP address 2nd byte of the destination IP address 3rd byte of the destination IP address 0th byte of the gateway IP by default, C0A80001h = 192.168.0.1 address 1st byte of the gateway IP address RF651 Series [Revision 4.0.0] 25.03.2017...
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Page 21: Ethernet Packet 14.4
This request can be sent simultaneously to all micrometers in the net in the broadcast mode in order to synchronize data pickup from all micrometers. RF651 Series [Revision 4.0.0] 25.03.2017... -
Page 22: Examples
WARNING! It is forbidden to carry out the configuration of sensors included in the RS485 network. 14.5. Examples · Measuring the position of one border (knife) · The distance between borders A and B The diameter of the object: Gap dimensions: RF651 Series [Revision 4.0.0] 25.03.2017... -
Page 23: Parameterization Program
Parameterization program 15.1. Function The RF65 -SP software is intended for: 1) Testing and demonstration of work of RF651 series micrometers; 2) Setting of the micrometer parameters; 3) Reception and gathering of the micrometer data signals. The download link: https://riftek.com/media/documents/rf65/RF65x_SP_Cortex_User.zip 15.2. -
Page 24: Setting And Saving Parameters Of The Micrometer
RAM. To do it, you need to press the right mouse key on the table of parameters. The pop-up window will appear. In this pop-up window, select Load (to save the selected item) or Load All (to save all settings). RF651 Series [Revision 4.0.0] 25.03.2017... - Page 25 The Default item allows to restore factory settings of the micrometer. On success, the program will show the following message: In order for the changes to take effect, you must end the connection session and reboot the micrometer by turning OFF/ON the power supply. RF651 Series [Revision 4.0.0] 25.03.2017...
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Page 26: Working With Micrometer
It is possible to specify the position and zoom of the graph: selecting of the Auto Scaling option puts it into the active (passive) state that allows you to position and scale the graph automatically (manually). · To clear the measurement field, it is necessary to select Clear. RF651 Series [Revision 4.0.0] 25.03.2017... -
Page 27: Examples Of Stream Setting
Sample (to the Time mode) and Sampling Period (see topic 11.2). · Trigger Sampling To work in this mode, you need to change 2 parameters: UART Control of Sample (to the Trigger mode) and Sampling Period. RF651 Series [Revision 4.0.0] 25.03.2017... -
Page 28: Rf65X-Sdk
The SDK allows the user to develop his own software products without going into details of the micrometer communications protocol. Warranty policy Warranty assurance for Optical Micrometers RF651 Series - 24 months from the date of putting in operation; warranty shelf-life - 12 months. RF651 Series [Revision 4.0.0] 25.03.2017... -
Page 29: Distributors
26, avenue de la Mediterranee FI-02920 ESPOO, Finland Tel: +49 2157 8799-0 34110 Frontignan France Tel: +358 400 422 900 Fax: +49 2157 8799-22 Tel: +33-467786166 Fax: +358 9 2511 5510 disynet@sensoren.de Fax: +33-467740134 steelwheel@steelwheel.fi www.sensoren.de dbi@altheris.fr www.teraspyora.fi www.altheris.fr RF651 Series [Revision 4.0.0] 25.03.2017... - Page 30 Tel/fax: +51 992436734 PYSKOWICE (k/ GLIWIC), Phone +351 239 796 277 info@verne.cl Poland Fax: +351 239 918 267 www.verne.cl Tel: + 48 32 230 45 70 info@ultrasens.com Fax: + 48 32 332 70 14 www.ultrasens.com rail@ascorail.eu www.ascorail.eu RF651 Series [Revision 4.0.0] 25.03.2017...
- Page 31 2765 NW Nicolai Street 850 River Street, Troy, Portland, OR, 97210, USA New York, USA Tel: +1 503 227 7908 Tel: +1 518 268-1636 Fax: +1 503 223 1258 Fax: +1 518 268-1639 sales@acuitylaser.com marketing@iem.net www.acuitylaser.com www.iem.net RF651 Series [Revision 4.0.0] 25.03.2017...
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