I/O adapter used to connect to the output connectors for RC2300 without any signal conditioning. Successor model:MS4100-TB

Accepts millivolt signals from a thermocouple, performs cold junction compensation, amplification and linearization, and provides DC output signals. Successor model: MS3701 or MS4101

Supplies constant current to RTD, performs cold junction compensation, amplification and linearization of its millivolt input signals, and provides DC output signals. Successor model:MS3702 or MS4102

Amplifies millivolt signals from sensors or other devices and converts them into commonly used DC signals. Successor model: MS3703 or MS4103

Converts high-level DC input signals into DC output signals. Successor model: MS3704 or MS4104

Compares the levels of DC current or voltage signals with two set-points and outputs two independent isolated relay contact closure signals. Successor model: MS3705 or MS4105

Supplies excitation voltage to strain-gauge type pressure sensors, load cells and the like, amplifies the millivolt input signals, and converts them into DC output signals. Successor model: MS3706

Powers a two-wire transmitter and converts its 4 to 20mA signals into commonly used DC signals. Successor model: MS3707 or MS4107

Converts pulse train signals from flow meters and the like into commonly used DC signals. Successor model: MS3708 or MS4108

Amplifies pulse input signals, shapes these pulses, and converts them into pulse output signals. Successor model: MS3709 or MS4109

Supplies constant current to potentiometric sensors, amplifies the millivolt signals, and converts them into DC output signals. Successor model: MS3710 or MS4110

Amplifies pulse input signals, shapes and divides these pulses, and converts them into pulse output signals. Successor model: MS3711

Amplifies slow pulse input signals, shapes and divides these pulses, and converts them into pulse output signals. No successor model.

The MS2312 is a non-isolated RTD temperature transmitter that supplies constant current to RTD, performs cold junction compensation, amplification and linearization of its millivolt input signals, and provides DC output signals. No successor model.

Extracts the square roots of high-level DC input signals and converts them into commonly used DC signals. Successor model: MS3713

Converts DC current or voltage signals into commonly used DC signals and limits the outputs to force them to fall within the range between preset upper and lower limits. Successor model: MS3714

Converts high-level DC inputs into first-order-delay DC outputs with an adjustable time constant between 0.2 and 20s. Successor model: MS3716

Filters DC input signals with a preset cutoff frequency. Successor model: under development

Converts high-level DC input signals into extremely high voltage signals (+/-15V DC). Successor model: MS3724

Amplifies millivolt signals from sensors or other devices and converts them into DC output signals. This model supports wideband signals. Successor model: MS3743

Converts high-level DC input signals into DC output signals. This model supports wideband signals. Successor model: MS3744

Measures a pneumatic signal with a semiconductor pressure transducer and converts it into DC output signals. No successor model.

Accepts commercial AC power and provides 24V DC power for the MS2300 series signal conditioners. Successor model: PS4100-A

Rack for the MS2300 series signal conditioners. No successor model.

Rack for the MS2300 series signal conditioners. No successor model.

Rack for the MS2300 series signal conditioners. No successor model.

Rack for the MS2300 series signal conditioners. No successor model.

Rack for the MS2300 series signal conditioners. No successor model.

Used to fill unused slots in the RC2300 chassis. No successor model.