Series 1500: 1/16 DIN, Microprocessor Based, Self-Tune PID Temperature Controller is reliable, accurate, and fully programmable. Easily programmed from the front panel. Economical.

Series 2600: 1/4 DIN Self-Tune PID, Fuzzy Logic Software Temperature/Process Controller are easy to use, versatile, and have a new standard for quality and value. Features include Self-Tune, Fuzzy Logic, fully adjustable PID, Auto/Manual control and front panel activation key.

Series 2500: 1/4 DIN Fully Programmable, Self-Tune PID Temperature/Controller provides an impressive array of features. Economical. Programmable alarm can act as high or low band alarm. Outputs include solid state relay, mechanical relay, or isolated proportional current.

Series 16A: 1/16 DIN, Universal Input, Fuzzy Logic, Self-Tune PID Temperature/Process Controller is the latest microprocessor that has dual four digit LED displays for process and set point value. Inputs can be thermocouple, RTD, current or voltage.

Series 8600: 1/8 DIN Self-Tune PID, Fuzzy Logic Software Temperature/Process Controller includes Self-Tune, Fuzzy Logic, fully adjustable PID, Auto/Manual control, peak and valley indication, and loop break protection.

Series 32B: Universal Input, Dual Temperature Output Control, RS-485 Communication 1/32 DIN Temperature/Process Controller offers advanced control features for demanding temperature or process applications. Applications include packaging equipment, and medical equipment.

Series 4B: Dual Control Output, RS-485 Communication, Auto-Tuning 1/4 DIN Temperature/Process Controller is designed to accept thermocouple, RTD, and current or voltage input. Outputs include relay/relay, voltage pulse/relay, current/relay, or linear voltage/relay.

Series 16B: Dual Control Output, RS-485 Communication, Universal Inputs 1/16 DIN Temperature/Process Controller monitors and controls temperature or process applications. Dual LED displays for local indication of process value and setpoint value.

Series 8C: ON/OFF or PID Control, Auto-Tuning, RS-485 Communication 1/8 DIN Temperature Controller offers easy-to-use programming menus which are designed for a quick installation. A few applications are packaging equipment and food service equipment.

Series 32A: 1/32 DIN, Universal Input, Self-Tune, Fuzzy Logic Temperature/Process Controller offers the highest level of features in the most compact industry. Features include open sensor protection, shorted sensor protection, input rate of change protection, and more.

Series 16L: FM Approved, Large Dual Display, Universal Input Limit Control offers FM approved limit control with universal input, single set point or dual set point control. Applications include gas fired heater limit control.

Series 32DZ: 1/32 DIN, Dual Zone Control, Fuzzy Logic, Self-Tune PID Temperature/Process Controller is easy to use and offers five thermocouple type inputs. Process protection is by open sensor protection, shorted sensor protection, input rate of change protection, and more.

Series 8B: Vertical Mount, Dual Control Output, RS-485 Communication 1/8 DIN Temperature/Process Controller offers versatility and reliability for temperature and process monitoring applications. Applications include medical, food service, and packaging equipment.

Series 16C: PID Control, Auto-Tuning, Dual Display, RS-485 Communication 1/16 DIN Temperature Controller offers accurate temperature measurement and control. Applications include food service equipment, environmental chambers, and packaging equipment.

Series 4C: PID Control, Auto-Tuning, Large Dual Display, RS 485 Communication 1/4 DIN Temperature Controller has easy to use programming menus designed for quick installation. A few applications include oven,boiler, or chiller control, hot plates/melt pots, and environmental chambers.

Series SCD: Universal Inputs, Up to 8 PID Loops, Modbus® Communications DIN Rail Temperature/Process Controller has multiple PID loops in a compact size. Each controller has one universal input, one relay output, and one user selected output.

Series SCD-8: Up to 8 Control Loops, Optional Display Multi-Loop DIN Rail Mount Temperature Controller can control up to 8 independent PID control circuits. Each loop can be programmed either through the standard RS-485 serial communications or an optional plug in LED display module.

Series 16G, 8G, 4G: Universal Input, Dual Output, On/Off PID or FUZZY Logic Output Control Temperature/Process Loop Controllers monitor and control temperature or process conditions. Features two control outputs for dual loop control. Applications include packaging equipment and parts washers.

Questions

Question

In the Series 16A the option 936 = Set Point/Process Signal Output 0-10 VDC My Question Is "What Is This Option Used For"?

Answer

The -936 option on the 16A is most commonly used to remotely monitor a process (for instance, in a different room). An additional panel meter with a 0-10 volt input will allow you to do this. It can also be used as an input to another controller that runs a different system (off of the same process transmitter, for instance).

Related

Series 16A

Series 2600

Question

We are trying to program a temperature control and receive the following message - Communication error > address 01: no response from controller at register 795 (031A). What could be causing this error?

Answer

The register 795 is a Modbus register. One of the reasons why there is a communication error is the -992 for the RS-485 communication is LOVELINK Protocol, if you are trying to communicate with Modbus® protocol, it will not work. See the LoveLink™III Software.

Related

Series 16A

Series 1500

Series 16C

Series 16L

Series 16B

Series 32B

Series 32A

Question

How to change the selectable °F/°C on a series 16B love control.

Answer

Please see page 20 in the instruction manual. The parameter to change from °F to °C is TPUn. This parameter will only be available if your inPT is the Thermocouple or RTD as stated.

Related

Series 16B

Question

I have a Love 16B-33-LV temp controller that came with a DC01 jumper. Can you tell me what this jumper is for?

Answer

The jumper is used when you are using a current input (4-20 mA) signal into the controller. If you are using an RTD or thermocouple probe you do not need this jumper.

Related

Series 16G, 8G, 4G

Series 16B

Videos

Temperature/ Process Loop Controllers