The ABB Taylor Mod 300 623/624 series consists of process control modules designed for reliable automation in industrial applications. These modules come equipped with advanced signal processing and communication capabilities for precise control over manufacturing processes. Engineered to integrate with the Mod 300 control system, they provide the flexibility and durability needed in arduous environments. The 623/624 series offers stable and accurate performance in process automation, thus enhancing operational efficiency.
Browse available units in our catalog of 623 624 Series.
This high-speed counter block supports a maximum pulse input frequency of 200 kHz, with a typical update interval of less than or equal to 1 ms. Power supply options include 115 V AC or a range of 10-
This RTD input block operates within a resistance range of -25°C to 150°C via RTD connections. It supports a nominal supply voltage of 24 to 48 V DC and is robust with a block-to-block isolation volta
This bus switching module supports a maximum of eight I/O devices per segment and is designed to be mounted either in a rack or a base slot. It draws a maximum current of 40 to 60 mA at 115 V AC and 1
This terminal assembly is built for the 623/624 Series I/O Rack System and accommodates a total of 32 screw-type terminals. It connects seamlessly with the 6231BP10810 module, which provides 4 analog
This relay output terminal assembly supports a power supply current of 87 mA and dissipates 10.1 W. Its output configuration is normally open and includes a fixed coil with a moving armature. The asse
This terminal assembly accommodates eight circuits and is equipped for low-leakage load types, handling a maximum output current of 2A. It supports field or block wiring connections, with a channel 1
Part of the 623 624 Series, the 6231BP10820 offers robust specifications including an isolation voltage of 1500 V DC between blocks. It supports multiple input voltage ranges and processes current sig
This input block is operational with a nominal supply voltage range of 24 to 48 V DC. It ensures efficient performance with a block-to-block isolation voltage typically rated at 1500 V DC. The unit ac
In this device, the input and output resolutions are set at 12 bits with sign, providing precise data processing. The update frequency operates at around 4 milliseconds, ensuring timely performance. T
This assembly processes input signals within the thermocouple millivolt range of 25 to 150 millivolts, powered by a supply voltage between 18 and 56 V DC. It features an impressive block-to-block isol