GE IC693APU300

Input points: 12, all positive logic inputs

Output points: 4, all positive logic outputs

Input voltage range: 10V - 30V DC

Output voltage range: 4.75V DC - 6V DC; 10V - 30V DC

Counting speed: 20kHz minimum and 80kHz Maximum counting speed for GE IC693APU300br; Input frequencies: 1MHz in enhanced mode Internal power consumption is typically 250mA at 5V DC

Logic type: positive logic

Output protection: TVS diode limiting all points to no more than 3A fuse

Off-state leakage current per point: 10μA

Count mode:  GE IC693APU300 can be configured for counting up, count down, count bidirectionally, or compute the differences between two variables. Or it can be configured to provide one complex counter, two identical complex counters, or 4 identical and independent simple counters

Window function: the user can create a range of counter accumulator values.

Operational temperature : -25°C to +60°C

Installation environment: GE IC693APU300  should be installed in an enclosure with minimal contamination and suitable for Zone 2, Group IIC at protection levels greater than or equal to IP54.

Features

Accurate control of the packaging equipment: In the food and beverage packaging production line-such as beverage filling machines and packaging machines-Sale GE IC693APU300 packs, freezes, and controls the speed and number of packages to be produced. The beverage filling machine, for instance, supplies GE IC693APU300 with pulse signals coming from a flow meter or encoder to command the time when the filling head opens and closes and to adjust the speed of filling. In this way, each bottle of beverage can contain just the right and equal amount with an automatic adjustment in filling frequency to the running speed of the packaging production line, making packaging so efficient that product quality greatly improves.

Monitoring material flow in the process of production: In food processing, such as flour and sugar with their thing-a-ling about being on the electricity supply chain, they are controlled and monitored in real-time using a GE IC693APU300 combined with flow sensors. It ensure the proper and continued input of the materials into the production process via the monitoring of flow so that they can eliminate quality problems likely to be caused by unstable flow of materials, thus ensuring improved economic and operational integrity of their production processes and goods.

Traffic flow statistics in intelligent transport systems: Places such as traffic intersections or toll stations usually have GE IC693APU300 counting the flow and speed of vehicles passing through. With the vehicle detection sensor installed above the road, GE IC693APU300 counts and processes the pulse signal from the sensor, thus tracking the number of vehicles passing through, along with their speed, and provides that information to traffic management for optimizing signal control, adjusting road planning, and formulating management strategies.

Flow rate measurement and control: In such fluid transportation systems dealing with oil and natural gas, GE IC693APU300 is used with flow sensors such as turbine flow meters to ensure the dependable measurement and regulation of fluid flow. An example is the crude oil pipeline of the refinery where GE IC693APU300 uses pulse signals sent by turbine flowmeters to calculate the crude oil flow in real-time and adjusts the valve opening automatically based on production demand to ensure stability and safety in transportation, thus improving production efficiency and energy utilization.

Application

Accurate control of the packaging equipment: In the food and beverage packaging production line-such as beverage filling machines and packaging machines-Sale GE IC693APU300br packs, freezes, and controls the speed and number of packages to be produced. The beverage filling machine, for instance, supplies GE IC693APU300br with pulse signals coming from a flow meter or encoder to command the time when the filling head opens and closes and to adjust the speed of filling. In this way, each bottle of beverage can contain just the right and equal amount with an automatic adjustment in filling frequency to the running speed of the packaging production line, making packaging so efficient that product quality greatly improves.

Monitoring material flow in the process of production: In food processing, such as flour and sugar with their thing-a-ling about being on the electricity supply chain, they are controlled and monitored in real-time using a GE IC693APU300br combined with flow sensors. They ensure the proper and continued input of the materials into the production process via the monitoring of flow so that they can eliminate quality problems likely to be caused by unstable flow of materials, thus ensuring improved economic and operational integrity of their production processes and goods.

Traffic flow statistics in intelligent transport systems: Places such as traffic intersections or toll stations usually have GE IC693APU300br counting the flow and speed of vehicles passing through. With the vehicle detection sensor installed above the road, GE IC693APU300br counts and processes the pulse signal from the sensor, thus tracking the number of vehicles passing through, along with their speed, and provides that information to traffic management for optimizing signal control, adjusting road planning, and formulating management strategies.

Flow rate measurement and control: In such fluid transportation systems dealing with oil and natural gas, GE IC693APU300br is used with flow sensors such as turbine flow meters to ensure the dependable measurement and regulation of fluid flow. An example is the crude oil pipeline of the refinery where GE IC693APU300br uses pulse signals sent by turbine flowmeters to calculate the crude oil flow in real-time and adjusts the valve opening automatically based on production demand to ensure stability and safety in transportation, thus improving production efficiency and energy utilization.