3XP152.60-1
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The 3XP152.60-1 is a pressure transmitter featuring a measurement range of 0-10 bar and a robust stainless steel 316 construction for wetted parts. Designed by B & R Automation under the System 2005 Controllers series, it has an IP65 enclosure rating and operates at -40°C to +85°C. It weighs 350 grams.
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Product Description:
The 3XP152.60-1 is a CPU module developed by B&R Automation for use in industrial automation applications. The module is designed without the need for a dedicated slot and is compatible with multiple platforms, including PS465, PS694, PS754, and PS794. It offers a compact form factor with dimensions of 130 × 28 × 105 mm and supports a range of control and communication functions.
The 3XP152.60-1 CPU module has 138 KB of system SRAM and 118 KB of user SRAM. The module supports FlashPROMs that use the RS232 interface and PG2000 software version 2.20 or later. The RS232 interface supports 64 kBaud of data per second and has a 9-pin D-type male socket. The RS232 interface has no electrical isolation. The electrically independent CAN interface supports baud rates of up to 500 kBit/s and bus lengths of up to 1000 m. The CAN node addresses are set up using HEX dial switches. Instructions are separated by 0.8 µs intervals. To restart the module, press the button behind its door. The functionality to track batteries has been included in revision 12.00 and later. The status LEDs display Mode, CAN, Ready, RUN, and Error.
The 3XP152.60-1 module is compatible with a real-time clock that needs external buffering and has a resolution of 1 second. There is a cap of 4 W on power consumption. Its small form factor, separated CAN connectivity, and customizable memory make it an ideal CPU module for use in industrial automation settings. Supporting versatility in system design, the module's mounting method enables immediate insertion without occupying a designated slot. A PG2000 is in charge of all memory and programming operations. Accurate and dependable control tasks are supported by the module.
Frequently Asked Questions about 3XP152.60-1:
Q: Why does the 3XP152.60-1 module have an electrically isolated CAN interface for communication?
A: The electrically isolated CAN interface in the 3XP152.60-1 prevents signal interference and enhances communication stability over long bus lengths.
Q: How does the 3XP152.60-1 CPU module benefit from using HEX dial switches for CAN addressing?
A: HEX dial switches allow manual and fixed CAN node addressing that prevents software conflicts and simplifies hardware-level configuration.
Q: Why is there no electrical isolation in the RS232 interface of the 3XP152.60-1 CPU module?
A: Lack of electrical isolation in RS232 simplifies design and reduces cost, but limits use in noise-sensitive environments.
Q: Does the 3XP152.60-1 support flash programming via standard interface, and how is it managed?
A: Yes, the 3XP152.60-1 supports FlashPROM programming via RS232 using PG2000 software for firmware updates and configuration.
Q: Why is battery monitoring only available from revision 12.00 in the 3XP152.60-1 CPU module?
A: Battery monitoring was added in revision 12.00 to provide voltage level tracking and prevent data loss in SRAM.
