Aftek's Protocol Converter (APC) series provide a solution for reliable conversion of standard and proprietary protocols. It helps in integrating your system with third party systems.
The system needs to be integrated with third party devices to achieve production goals. It may also be helpful in using services of existing deployed systems to increase efficiency. For example, integrating of VRF air-conditioning system with a Building Management System (BMS)
can help control and monitor the VRF system from a central location.
Devices in these systems may communicate on different communication networks and different protocols. In such cases it is impossible for devices connected across these networks to communicate directly. To achieve this kind of communication, protocol converters are used.
Aftek provides APC (Aftek's Protocol Converter) series of protocol converters that convert protocols across same or different communication channels. APC helps to integrate the existing running
system and new devices with minimum efforts. It minimizes integration time and cost. APC currently supports communication across RS-232, RS-485 and Ethernet networks. A user can configure communication parameters of APC using a simple desktop based configuration utility, which makes it easy to configure the system.
This type of integration is required for many domains.
APC supports various standard protocols
- Power generation
- Power transmission and distribution
- Oil and gas
- Automated meter reading (billing, monitoring and controlling)
- Remote monitoring applications
- Substation automation
- Building automation
- Process automation
Device drivers have been developed for individual standard protocols. Apart from these standard protocols, Aftek develops drivers for proprietary protocols as per the requirements.
A standard APC solution consists of protocol converter board, embedded software and configuration utility. The APC board has various communication interfaces; the board design can be changed as per the requirements. Embedded software, which runs on the board, uses drivers written for each protocol. As per the configuration, these drivers are selected and used at runtime.