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Related Manuals for Balluff BFS 33M-GSI-F01-S75
Summary of Contents for Balluff BFS 33M-GSI-F01-S75
- Page 1 Photoelectric Sensors True-Color-Sensor BFS 33M with IO-Link Interface Description True-Color-Sensor with IO-Link Ordering code: BFS000M Part number: BFS 33M-GSI-F01-S75 Document number: 920685 E | 0726 | 03.123343 | Edition K16 replaces Edition F16 | Subject to changes Page 1 / 24...
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Page 2: Table Of Contents
Photoelectric Sensors True-Color-Sensor BFS 33M with IO-Link Contents Introduction ......................3 Safety Instructions ....................4 Technical Data ...................... 5 3.1. General ......................5 3.2. IO-Link ......................5 3.3. Display elements .................... 5 3.4. Installation ...................... 6 3.5. Connection ..................... 6 Commissioning ..................... -
Page 3: Introduction
Confirm the performance capability of the sensor by carrying out the individual steps from the manual in order. Please maintain this order during commissioning of the device. Only then will you get the maximum from your new Balluff product. Page 3 / 24... -
Page 4: Safety Instructions
The CE Mark confirms that our products conform to the requirements of the EC Directives 2014/30/EG and the EMC Law. In our EMC Laboratory, which is accredited by the DATech for Testing of Electromagnetic Compatibility, we have verified that Balluff products meet the EMC requirements of EN 60947-5-2. Page 4 / 24... -
Page 5: Technical Data
Photoelectric Sensors True-Color-Sensor BFS 33M with IO-Link Technical Data 3.1. General No. of products: 255 + background 3.2. IO-Link Operating voltage: 24 VDC +/-10 % Current draw: < 60 mA Connection: M8 plug, 4-pin IO-Link version: V1.1 Transmission rate: 230.4 kbit/s (COM3) Process data length: 2 bytes Frame type:... -
Page 6: Installation
Photoelectric Sensors True-Color-Sensor BFS 33M with IO-Link 3.4. Installation The sensor is fastened using two or four M4 screws. Then the fiber optics are attached. Note the correct routing of the emitter and receiver. See the corresponding labeling on the sensor and fiber optic cable. 3.5. -
Page 7: Commissioning
Photoelectric Sensors True-Color-Sensor BFS 33M with IO-Link Commissioning The sensor is started up in five steps. The order given below must be followed. 4.1. Step 1: Installation 1. Attach BFS 33M sensor using two M3 screws 2. Attach fiber optics to sensor (ensure correct routing of the emitter and receiver) 3. -
Page 8: Step 3: Calibrate Sensor
Photoelectric Sensors True-Color-Sensor BFS 33M with IO-Link 4.3. Step 3: Calibrate sensor 1. Place reference card for calibration into measuring position. The card is included with the sensor. The position of the reference card must be equal to the position of the target. - Page 9 Photoelectric Sensors True-Color-Sensor BFS 33M with IO-Link The Precise-Mode provides two options Option B1 is a convenient, automated process for teach-in directly onto the product to be queried. Option B2 involves entering the numeric values manually. A1: Teach-In procedure (automatic with object in Best-Fit mode) 1.
- Page 10 Photoelectric Sensors True-Color-Sensor BFS 33M with IO-Link Only now is the sensor fully ready! B1: Teach-In procedure (automatic with object in Precise mode) 1. Position product in front of sensor. 2. Observe wait time (see Table W). 3. Enter Index 0x0400 Subindex 0x2: Tolerance Delta E. 4.
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Page 11: Explanations
Photoelectric Sensors True-Color-Sensor BFS 33M with IO-Link 3. Enter Index 0x0405 Subindex 0x5: Tolerance Delta E. 4. Index 0x0405 Subindex 0x1: Enable product approval. 5. Repeat procedure if needed for different products. A new product number (1...255) must be assigned each time. Optionally the background can be taught as follows. - Page 12 Photoelectric Sensors True-Color-Sensor BFS 33M with IO-Link in order to adapt to the wide variety of measuring conditions and applications, a calibration should be performed after final installation. The goal of calibration is to force a defined brightness result for a defined measuring condition. White cards having known reference values are generally used for this.
- Page 13 Photoelectric Sensors True-Color-Sensor BFS 33M with IO-Link If the actual values lie outside the tolerances for all stored products, once again no product is detected and the corresponding bit is set (Byte 0, Bit 5). The process data only return a correct product number if the actual sensor values lie exactly within the tolerances for a single product.
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Page 14: Read Current Sensor Status
Photoelectric Sensors True-Color-Sensor BFS 33M with IO-Link Read current sensor status Index 0x0407: This function reads out the complete current status of the sensor. 5.1. Explanations Index 0x0407 Subindex 0x01 returns the bit-coded status of the sensor. Meaning: Byte 0 / Bit 1 Auto-Gain is active Byte 0 / Bit 2 Ambient compensation is active... -
Page 15: Read Current Measurement Values
Photoelectric Sensors True-Color-Sensor BFS 33M with IO-Link Read current measurement values Index 0x0408: Current CIELab color values are read out Index 0x0409: Current XYZ tristimulus color values are read out Page 15 / 24... -
Page 16: Process Data
Photoelectric Sensors True-Color-Sensor BFS 33M with IO-Link Process Data Process data structure: Byte 0 Byte 1 Product Number (Produktnummer) Explanations: • The sensor sends 2 bytes of process data to the master • The sensor receives no process data from the master Byte 1 contain the product number (1…255) currently detected by the sensor Byte 0 contain bit coded status information •... -
Page 17: Service Data
Photoelectric Sensors True-Color-Sensor BFS 33M with IO-Link Service Data 8.1. System parameters Index Sub- Data Access Value range Remarks index format Device Smart Sensor 0x01 UINT16 0x0001 Profile ID Profile Profile 0x000D Char- Device 0x02 FunctionID UINT16 0x8000 (13) acteri- Identification stic 0x03... -
Page 18: Identification Parameters
Vendor StringT BALLUFF (16) Name (7 Byte) 0x0011 Vendor Text StringT www.balluff.com (17) (15 Byte) 0x0012 Product StringT BFS 33M-GSI-F01-S75 (18) Name (19 Byte) 0x0013 Product ID StringT BFS000M (19) (7 Byte) 0x0014 Product Text StringT True-Color-Sensor with (20) (30 Byte) -
Page 19: System Command
Photoelectric Sensors True-Color-Sensor BFS 33M with IO-Link 8.4. System command Index Data Access Value range Remarks format 0x80 = Device reset Warm start sensor 0x82 = Restore factory setting Factory settings 0x0002 System all parameter UINT8 Command 0xA3 = Compensate Scattered light Environment compensation... -
Page 20: Sensor-Specific Parameters
Photoelectric Sensors True-Color-Sensor BFS 33M with IO-Link 8.5. Sensor-specific parameters Index Sub- Data Value Remarks index format range 0x00BD 1/2/4/16/64/ Averaging 0x00 UINT32 Averaging (189) 256/1024 Cycles 0x01 Gain UINT16 1…8 Gain 0x00BE Gain 0 = Off / 1 = (190) 0x02 Auto-Gain... -
Page 21: Table 5 : Sensor-Specific Parameters
Photoelectric Sensors True-Color-Sensor BFS 33M with IO-Link Target FLOAT CIELab L target 0x02 0x0405 CIELab L value for product (1029) Target FLOAT CIELab a target 0x03 CIELab a value for product Target FLOAT CIELab b target 0x04 CIELab b value for product Max. - Page 22 Photoelectric Sensors True-Color-Sensor BFS 33M with IO-Link Explanations for Table 5 Index 0x00BD (Averaging): Averaging can be set in 7 steps (1/2/4/16/64/256/1024). The steps are chosen so that each higher level cuts the noise on the sensor signal by half. At the same time the time until a stable measurement value is present increases.
- Page 23 Photoelectric Sensors True-Color-Sensor BFS 33M with IO-Link Index 0x0404 (Product Number): This parameter is used to set the desired product number. Index 0x0405 (Product Parameter): Use this parameter to define the target value for the corresponding product. Values for CIELab L, a and b are defined. Subindex 0x01 enables the product. Subindex 0x05 sets the allowed deviation for ‘Precise’...
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Page 24: Error Numbers
Photoelectric Sensors True-Color-Sensor BFS 33M with IO-Link Error Numbers Error Error Additional Remarks code code Index not available 0x80 0x11 Index Number not available Subindex not Subindex Number not available 0x80 0x12 available Access denied 0x80 0x23 Access to index not allowed Parameter value The value of a parameter lies outside the 0x80...