Controllers

1/16 DIN Controller is of the new generation of + Series controllers that take flexibility and ease of use to new levels. The 1/16 DIN Partlow 1160+ temperature controller incorporate numerous improvements in product specifications, communications, display interfaces, and configuration software that surpass competitive offerings in ease of use, delivery, and value-per-dollar.

The 1/4 DIN Partlow 1400+ temperature controller is a part of the new generation of + Series controllers that takes flexibility and ease of use to new levels. The Partlow 1400+ temperature controller incorporates numerous improvements in product specifications, communication, display interface, and configuration software that surpass competitive offerings in ease of use, delivery, and value-per-dollar.

The + Series platform continues to expand with the addition of the 1/4, 1/8 DIN, models. Together with the 1/16 DIN model, they incorporate numerous product specification, communication, display interface and configuration software improvements. They surpass competitive offerings in ease of use, delivery and value per dollar investment, including such useful feature as new remote setpoint.

Micro-based ¼ DIN Single Loop Controller is a ¼ DIN microprocessor based, single loop controller. It will control a variety of processes including those requiring simple onoff to dual 420mA ouputs with full PID. Thermocouple and RTD linearization are automatic. Thermocouple cold junction compensation is also accomplished automatically.

1/8 DIN Controller is designed for use on virtually any process control application. With fully programmable inputs (RTD and 4-20mA) and dual outputs standard, the unit can be quickly configured for temperature, pressure, level, or even flow control.

Programmable safety cutout devices with optional alarms are useful in a wide variety of applications. They provide latched relay output configurable for high/low limit setpoints. Fail-safe shutoff must be manually reset before process can continue.

Programmable safety cutout devices with optional alarms are useful in a wide variety of applications. They provide latched relay output configurable for high/low limit setpoints. Fail-safe shutoff must be manually reset before process can continue.

The 1/16 DIN MIC 1166 profile controller, although small, packs a punch by holding up to 4 programs of 16 free-format segments each, including an event output. The MIC 1166 profile controller can be configured from the front of the instrument or through a configuration port using a PC. The configuration port has a dual purpose; first, it can be used to modify the controller setups and, secondly, it can be used to transfer programs or profiles. Features of the MIC 1166 profile controller include guaranteed soak, delayed start, profile active output, profile recovery features, profile cycling, and an optional digital input for remote run/hold. The MIC 1166 profile controller can be utilized in applications that require temperature control sequences such as ramp/soak profiles to be stored and implemented.

Affordable valve motor controllers are another form of temperature controller specifically designed to control valve motor drives used in many manufacturing applications. Our VMD tuning algorithm gives accurate control and fast output reaction without the need for slide ware feedback or excessive knowledge of three-term action (PID) tuning algorithms. Auto-tune reduces valve activity to an absolute minimum, reducing wear.

Programmable safety cutout devices with optional alarms are useful in a wide variety of applications. They provide latched relay ouptput configurable for high/low limit setpoints. Fail-safe shutoff must be manually reset before process can continue.

Microcontroller based, RaPID™ process controllers with dual display. RaPID™ (Response assisted PID) employs fuzzy logic to continuously re-blend the P, I, and D components for exceptional control and response. Pre-tune and Auto-tune are also available and used in conjunction with RaPID™. While it may sound complicated, use is as easy as pressing a few buttons. The MIC 1420 is a 1/4 DIN controller and the MIC 1820 is a 1/8 DIN controller.

The MIC 1460 profile controller is a microprocessor based, single loop, 1/4 DIN controller with programmable setpoint programs Two automatic tuning types come standard with the MIC 1460 profile controller. The Pre-Tune facility is used to set the profile controller’s PID control parameters to values which are approximately correct in order to provide a base from which the Self-Tune facility may subsequently optimize tuning. The Self-Tune facility is used to optimize tuning while the controller part of the Partlow MIC 1460 profile controller is operating. Auto/manual control is user-selectable with “bumpless” transfer into and out of manual control.

The Partlow MIC 1460 profile controller has comprehensive front panel displays that display the process value and the setpoint.

The MIC 1462 is a 1/4 DIN microprocessor based, single loop process controller with programmable setpoint programs. It can function either as a basic process controller, utilizing manual setpoint changes, or it can execute any one of eight setpoint programs.

Programmable safety cutout devices with optional alarms are useful in a wide variety of applications. They provide latched relay output configurable for high/low limit setpoints. Fail-safe shutoff must be manually reset before process can continue.

Affordable valve motor controllers are another form of temperature controller specifically designed to control valve motor drives used in many manufacturing applications. Our VMD tuning algorithm gives accurate control and fast output reaction without the need for slide ware feedback or excessive knowledge of three-term action (PID) tuning algorithms. Auto-tune reduces valve activity to ab absolute minimum, reducing wear.