Related Manuals for Bosch CISS
Summary of Contents for Bosch CISS
- Page 1 Complies with IMDA standards DB101762 CISS – Connected Industrial Sensor Solution Operating Instructions...
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Page 2: Table Of Contents
6.7 Time aggregation mode 7 Usage of the communication interfaces 8 Maintenance 9 Further Product Related Information 10 Regulatory and legal information about the CISS 10.1 European Union notices 10.2 USA: FCC notices 10.3 IMDA Singapore notices 10.4 ACMA Australia notices 10.5 China Notice... -
Page 3: About These Operating Instructions
The latest firmware version and detailed instructions how to proceed are available at: https://www.bosch-connectivity.com/media-and-downloads/ (CISS Firmware Update V.nn.nn.nn / CISS Firmware Update Operating Instructions). Ensure that the CISS is working correctly by reading these instructions carefully before using the CISS in your planned use case. 1.1 Definition of special notices Warning: Indicates a hazard that could lead to minor or moderate injuries. -
Page 4: Introduction And Intended Use
3 Introduction and intended use The CISS is a multi-sensor device detecting acceleration, angular velocity and magnetic fields, as well as environmental conditions (temperature, humidity, light, air pressure, and noise). The robust housing and the small outline makes it perfectly suitable for industrial retrofit applications, such as condition monitoring and predictive maintenance. -
Page 5: Technical Specification
4 Technical specification 4.1 Housing The CISS is built from a robust, industrially-suited housing with a suitable connector, that can be fixed at the housing via a fixing bracket. The compact design of the CISS fits perfectly in different industrial applications and also allows an easy and user-friendly mounting in difficult to access environments. -
Page 6: Sensors
4.4 Sensors INERTIAL SENSORS ENVIRONMENTAL SENSORS Accelerometer (3-axis) Temperature Gyroscope (3-axis) Humidity Magnetometer (3-axis) Light Pressure Microphone 4.5 Axial orientation of the sensors: accelerometer, gyroscope, magnetometer Legend: aX, aY, aZ = accelerometer vector mX, mY, mZ = magnetometer vector gX, gY, gZ = gyroscope vector 4.6 Operating conditions ATTRIBUTE... -
Page 7: Accuracies
4.8 Accuracies SENSOR ACCURACY Accelerometer ± 50 mg (zero-g offset (over life-time)) Gyroscope (zero-g offset (over life-time)) ± 1 °/s Magnetometer 0.06 × M ± 25 μT (M= real magnetic field) Temperature max. ± 2 °C + 3% T °C Humidity (at 20 –... -
Page 8: Ciss - Sensor Description
4.11 CISS – sensor description 4.11.1 Accelerometer: 3-axis acceleration sensor – BMA280 Acceleration range ± 2, ± 4, ± 8, ± 16 g (default) Accuracy (zero-g offset (typical, over ± 50 mg life-time)) Resolution 1 mg Noise density (typical) 120 µg x Hz... - Page 9 For the environmental measurands - temperature, relative humidity and air pressure - a BME280 is used. With the influence of the housing and self-heating of the electronic components, the behavior given in the table below has been characterized for the CISS. The given accuracy is specified with the following measurement setup: One environmental measurement per minute...
- Page 10 4.11.5 Microphone - AKU340 The CISS contains the microphone AKU340. The CISS housing, with its membrane, is not optimized for sound measurements, only the noise level is determined and sent by the CISS firmware. Directivity Omni-directional Frequency response ±3 dB 60 Hz –...
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Page 11: Led Indicators
INFO: The measurement of the illumination is not influenced by the flashing LEDs. 4.13 Memory The CISS contains a 2 MB user data memory, which is accessible as a mass storage device over USB. It is used for local logging of measurement data. -
Page 12: First Steps
5 First steps 5.1 Mounting the CISS For mounting, the CISS housing has two side brackets. These can be used with screws (direct mounting) or with screws and magnets (magnetic mounting). The scope of delivery contains: Magnets Washers Screws for mounting the CISS with the black side on top. -
Page 13: Connecting The Ciss
5.2 Connecting the CISS Connect the USB cable, included in the scope of delivery, to the CISS and to a USB power supply (USB power supply, USB port of PC, etc.). Close the securing bracket. CISS is now ready to be put into operation. - Page 14 5. At the start of the App the search button is shown. Click on the search-button to find devices. 6. Choose your CISS by tapping on the CISS device from the listed devices to establish the connection between the CISS device and the smartphone / tablet.
- Page 15 7. Tap on the settings icon 8. To ensure an easy identification of your devices, please rename your CISS by tapping on the pencil and typing in your preferred name. Tap on rename. INFO: The battery life is only relevant, if a CISS version with battery will be launched.
- Page 16 9. Tap on the setting icon to select the sensors based on your requirements and adapt the corresponding sampling rate. 10. Tap on the streaming button to start streaming the measured data. The data is shown under the respective sensor icon. 11.
- Page 17 12. Select the sensors you want to see in the chart by taping on the sensor icons. The graphs and the values become displayed. Options using the chart view a. Refresh: If the chart is zoomed by the user, click on this icon to recover the original view. b.
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Page 18: Data Transfer Via Usb - Example Python Script
Show the streamed data in a chart 5.4 Data transfer via USB – example Python script A Python script is provided in order to quickly start using the CISS. This Python script is an example for the integration of the CISS within an (gateway) environment. - Page 19 Signal, Config Parser, Csv, Time, Os (in Python installer 2.7.14 included) Driver In case you are using Windows 7 or Windows 8, please download and install the CISS driver for Windows. INFO: The Windows 7 / 8 driver is available at www.bosch-connectivity.com/media-and-downloads/ (CISS Driver Installer Windows).
- Page 20 Configure the CISS Included in the example Python script download package there is a file named: sensor.ini TIP: If the sensor.ini file is lost, run the script once, a default sensor.ini file will be created. Open the sensor.ini file The following figure shows a screenshot of the sensor.ini file, to give an overview over the functions and settings.
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Page 21: Example System Set Up - Using A Gateway
5.5 Example system set up – using a gateway The figure shows an example setup of the CISS attached to a gateway, which is part of an IP network. A database for storage of measured data as well as a user interface are located on a server in the network. -
Page 22: General Operation Modes
The reporting of the results is structured accordingly. 6.2 Resetting the CISS The integrated microcontroller of a CISS performs a reset when it is detached from a USB host or power supply or it gets unmounted (e.g. with the “unmount” command in a Linux-system). -
Page 23: Streaming Via Usb
Note: Access to the noise measurement data is only available via BLE. 6.5 Streaming via BLE The CISS per default acts as a Bluetooth Low Energy (BLE) advertiser. This means that another BLE device may detect the CISS when scanning for devices and is able to initiate a connection. -
Page 24: Time Aggregation Mode
Temperature, sampling rate 1Hz, time frame 10s See chapter 7 for the format of the signaled USB messages. INFO: When entering the time aggregation mode, the BLE functionality of the CISS is completely switched-off (i.e. the CISS will no longer advertise). -
Page 25: Regulatory And Legal Information About The Ciss
Directive 2014/53/EU (Radio Equipment Directive). The full text of the EU declaration of conformity is available at the www.bosch-connectivity.com/media-and-downloads/ following internet address: (CISS Declaration of Conformity). RoHS The CISS meets the requirements of the Directive 2011/65/EU on the restriction of the use of certain hazardous substances in electrical and electronic equipment (RoHS Directive). -
Page 26: Usa: Fcc Notices
REACH The CISS meets the requirements of the Directive 1907/2006 (REACH Directive) and does not contain substances of very high concern as specified in the REACH Directive in concentrations which require notification. 10.2 USA: FCC notices FCC has issued an EQUIPMENT AUTHORIZATION to Bosch Connected Devices and Solutions GmbH for CISS according to... -
Page 27: Other Certifications
The CISS is designed for monitoring purposes and shall not be used as an element of control and safety in machines under the scope of the Machinery Directive 2006/42/EC. - Page 28 Bosch Connected Devices and Solutions GmbH Ludwig-Erhard-Straße 2 Postfach 1342 72760 Reutlingen 72703 Reutlingen Germany Germany support@bosch-connectivity.com www.bosch-connectivity.com...