RSSK-12 Rotary Sensor Kit

- The Rotary Sensor Kit is used to detect the angle of system which correspondence to the rotary motion of the shaft of the senso
- RSSK-12 is a complete disassembled kit for easy mounting and accurate mounting of sensor
- With disassembled kit it is very attractive for applcationwhich demands for extremely low torque
- The Output signal correspondence to 0 to 360deg. Thisfull range is programmable based on requirement.
- Since the Product is based on Contactless Hall's effect Technology it has very long life.
- Endless Rotary sensor can be specially programmed to have 4,3 or 2 cycles in over revolution hence increasing theaccuracy.
- For modern microcontrollers RSSK-12 is capable to give output in 0 to 3.3Vdc and to suppress the effect of Noise PWM output version is available.

• Variants:

- 12 bit resolution 0 to 3.3Vdc Analog Ratio matric Output.
- 12 bit resolution 0 to 5Vdc Analog Ratio matric Output.
- 12 bit resolution 0 to 5Vdc Analog Ratio matric Dual Output.
- 12 bit resolution PWM Output.
- Incremental output with max. 256 ppr in one revolution.
- 14 bit resolution SPI interface.
- 14bit resolution I2C interface.
- Sleeve bushing, Servo Mount, Flange Mount and Ball Bearing versions.
- Connectors or shielded cable available.
- IP 69k Protection available.

-- Technical:

• Magnetic Cross Talk

If two RSSK12 units are to be installed closer than 2 inch (measured between the center of both shafts), a magnetic shield, such as a small steel plate should be installed in between to prevent one encoder from caus ing smal l changes in reported pos ition through magneti c field c ros s -tal k .

• Material:

• Environment:

• Ordering Information:

-- Mechanical:

• Mounting:

RSK-12 is a Rotary sensor Kit comprises of mainly Three parts and the same can be mounted in three steps.
Step 1: Mounting of Shaft Holder : Push Fit the shaft holder on the shaft with maximum height of 5mm with (6.3 + 0.02mm) Shaft Diameter with a maximum radial play allowed of 0.2mm. Lesser the radial play higher the accuracy. Customization of the shaft holder is possible.
Step 2 : Mounting of Sensor Head : On the shaft holder keep the Sensor head such that the shaft holder goes inside the sensor head.
Step 3: Mounting of Disc : On the Sensor head insert the Mounting disc such that the step on the mounting disc faces towards the mounting plate and fasten the screw at a PCD of 19mm. Note you can

-- Electrical variants:

• Electrical Analog O/P:

• PWM O/P:

• Redundant Analog O/P:

• Incremental O / P:

• Quadrature Output:

• SIP Sensor:

- The RSSK12-XSPI is a Absolute encoder which acts as a slave and communicate with master micro controller as per the standard Protocol of SPI.
- As per standard protocol of SPI RSSK12-XSPI communicate with master protocol when the MOSI pin is active high or 3FFF hex data is sent on the bus and the CS pin need to toggle from low to high for only one clock pulse.
- RSSK12-XSPI communicate in 16 Bit of Transmission. After each cycle of communication it is compulsory to toggle CS pin from high to low.
- RSSK12-XSPI has a provision of Dual Output first SPI communication and PWM mode of communication 14 Bit and 12 Bit of Resolution respectively.
- Number of sensors can be connected in daisy chain mode of 4 wire or (n+3 wire connection). please contact Mr. Pavan Kinariwala (pavankinariwala@gmail.com) for more information on the same.

• TWC Sensor:

- The RSSK12-XI2C is a Absolute encoder which acts as a slave and communicate with master micro controller as per the standard Protocol of I2C. It is also known as Two Wire Communication
- RSSK12-XI2C communicate in 8 Bit of Transmission. RSSK12-XI2C has a provision of Dual Output first I2C communication and PWM mode of communication 14 Bit and 12 Bit of Resolution respectively
- As per standard Protocol each slave (RSSK12-XI2C) has a Slave address of 7 bit which is being made of two Address Pin 1 and 2 while the remaining 4 bits are always 0 and MSB being 1. Address pin 1 and 2 are Least significant bit of Address. Hence we can use maxim
- RSSK12-XI2C communicates the angle information in two cycles. By sending the register address 254 and 255. To have the complete angle information we need to eliminate two most significant bit (6 and 7) of the data byte we receive after sending register address 255.