GSN - Automate the Production Process

Anti Collision System

For Tower Crane Zone Protection

What is Anti-Collision System(ACS)

Tower Cranes are widely used for lifting operations in the construction industry across India. Multiple Tower Cranes are being installed in order to increase the speed of construction, this adds challenges to crane operators.
Many cranes are sharing common zones, which are known as collision zones. Little ignorace can lead to severe damage during operations in collision zones. As per statistics, tower cranes contribute to quite a number of serious accidents.
Property damage and bodily injuries can be avoided if the operators are properly informed about collision zones and possible collision detection in advance by means of audio visual alarms.

ACS provides neccesary details about collision zones with status & positions other cranes and obstacles in crane perifery by its display and audio alarms. This helps in safe operation of tower cranes in collision zones by alerting operator on detection of collision possibility.
ACS is also equiped with speed reduction and swing trip in order to avoid collision between cranes.

Features of Anti-Collision System(ACS)

ACS is capable of being used with upto 11 Cranes with one Master Crane.
Long range radio modem is used for data exchange. (Freeband Frequency Operated)
Data logging function constantly collects and saves events related to the management of prohibited zones and interference functions.
Screen displays information about the crane movement, trolley position and movement of the other cranes, static obstacles and other general information required by operators.
ACS works on zoning, anti-collision and data logging functions. The zoning function controls the working limits of a tower crane to avoid collisions.
ACS is also equiped with self diagnostic features such as:

Radio Communication Failure, Slewing Sensor Open, Trolley Sensor Open, Motor Feedback Open, Zero Shift, Power Supply Failure.

What is Ultra sonic liquid sensor

Ultrasonic liquid Level detection sensor adopts Ultrasonic penetration technology to realize highly highly non-contact.
liquid detection in the container and convert the liquid height value into RS485 signal output

product features

Non-contact measuring level, safe
10V-36V wide operating voltage l
Full-scale real-time tracking, no need to restart the empty container inlet
Easy to install and debug
RS485 output
Sensor center frequency is 2MHz
Operating temperature -15°C to +60°C
Storage temperature -25°C to +80°C
Measurement resolution 1mm
ESD protection design, connecting leads to ESD protection devices, compliant with IEC61000-4-2

The scope of application

Indicator work instructions

The indicator light flashes slowly when the sensor detects liquid, and it lights up when the sensor does not detect liquid.

Communication parameters

Communication protocol

Both protocols can automatically determine which protocol data frame the received data is and use the data frame of the corresponding protocol to respond.

Wireless Bus Bar Temperature Monitoring System

Nearly every factory, power generation plants, shopping malls, airports, office complex and high-rise apartment has an electrical control room that provides power distribution throughout the facility.
The power distribution system usually includes high-voltage metal-clad switchgear, cast resin transformers, low-voltage switchgear and panel-boards.
A fault or failure in anyone of these components can result in power outages, loss of productivity, and even fire or explosions.
Overload, phase imbalance, power factor, corrosion and poor electrical connections all result in the generation of heat. Any generation of heat is an indication of loss of energy and wasted power.
Heat also contributes to shortening life of the equipment by up to 85%. The conditions may develop slowly over time or can result from a catastrophic fault.
Since contact measurement would be dangerous, it is necessary to use isolated sensors. Continuous temperature measurement is also an important instrument for the planning of predictive maintenance cycles.

Wireless Bus Bar Temperature Monitoring System (WBTMS) is an intelligent system that we developed after many years of research and practical application.
High-medium-low electrical system in range of (0.4-ll0KV) and electrical equipment that generates high temperature can use this solution.
It integrates online temperature measurement, data collection, data analysis and control function.
With this complete solution, it can help prevent many accidents due to rise in temperature, eliminating potential safety hazard.

BusBar Sensor

Model: BBS350 Bus Bar Sensor
Type: Sensor & RFTransmitter
Enclosure: Non-conductiveSilicon strap can withstand up to 300°C OperatingTemperature: -40°C to 125°C
Transmission Interval: Every 30 Sec-300 Sec*
Transmission Range: 50-l00ft.(sensors installed in control panel)
Battery:3V/800mA High temperature Industrial Lithium battery lasts up to 5 years. Mounting Location: On flat clean surface.
Dimensions: 45mmx45mmx20mm*350mm Weight: 30grams
Installation: Can be installed anywhere on stationary or rotatory object by just strapping, so low breakdown install at ion time.

Application Area

Wireless Bus Bar Sensor