Free Shipping! All U.S. Destinations, excl. Alaska/Hawaii.
Compatible/Matched PID/SSR Controller (with Timer Feature) - Integrated Unit - with 6" K-type Thermocouple - Specifically tested/certified to be compatible as a matched controller for the Carlin EZGas Pro and Carlin 301GAS burner models.
PID/SSR Specifications (with Timer Feature):
- Main Specifications:
- Input type Thermocouple: K, E, J, T, S. RTD: Pt100,
- Input range K (-20 ~ 2300ºF), S (-20 ~ 2900ºF), T (-190 ~ 750ºF), E (-20 ~ 1290ºF),
J (32 ~ 1800ºF), Pt100 (-200 ~ 1100ºF) - Display Two lines, Four digits. Temp & Time, or Temp & Set Temp.
- Display Resolution Temp 1°C, °F and 0.1°C. °F, Time: 1 Sec., 1 Min.
- Accuracy Temperature: ±0.5% of full input range. Timer: 1 sec.
- Control mode Temperature: PID, Manual control, On-Off,
- Time: Timed PID, Timed On-Off, Independent Timer
- Timer mode Single delay, Double delay, Count up, Count down,
- Timer range 1-9999 sec. 1-9999 min.
- Control Output 12VDC, 50 mA
- Alarm Timer, Process high/low alarm, deviation high/low alarm
- Alarm output Relay: 5A at 240V AC, 10A at 120V AC, or 3A at 30V DC
- Power supply
voltage rating 90 ~ 265V AC/50 ~ 60Hz - Dimension 1.89 x 1.89 x 4.25", or 48 x 48 x108mm (1/16 DIN).
- Insertion depth from front panel: 3.95" or 100 mm
- Panel cutout 1.75 x 1.75" or 44.5 x 44.5 m
6" K-Type Thermocouple specifications:
- Product Name : Thermocouple;Transfer Type : K;Message Type : Earth
- Temperature Range : 0 to 500 Celsius;Mounting Thread Dia : 8mm / 5/16";Probe Size : 150 x 5mm / 5.9" x 0.197" (L*D)
- Wire Length : 2M / 6.6Ft;External Material : Plastic, Metal;
Fork Terminal Quantity : 2 - Fork Terminal Spacing : 4mm / 0.157";Color : As Picture Shown
- Weight : 48g;Package Content : 1 x Thermocouple
Continued Product Description: PID/SSR Integrated Unit:
This PID controller has a built-in timer. It is suitable for processes that require both precise temperature and time control, a very common requirement for many temperature related applications. For example, it can be used for powder coating ovens or ovens for cooking food. Heat transfer printing is another example. The timer can also be used independently from the temperature control. e.g. user can use the PID for temperature control of the espresso machine and timer for the brew pump or dosing coffee grinder.
The temperature control function offers three temperature control modes: PID, on/off and manual. The PID mode is useful for precision temperature control applications. The manual mode is like a dial on the stove that controls the power output independent of the temperature. It is a useful feature for controlling the boiling of water used for beer brewing process. The on/off control is suitable for devices that are not conducive to being switched too frequently such a solenoid valve or refrigerator compressor. In addition to the on/off control, when used for cooling control, this controller also offers the "Anti-Short Cycle Delay (ASd) function that further protects the compressor from over pressure start. It allows the user to set a specific minimum delay time that prohibit the compressor from starting after being turned off.
This timer has eight different working modes:
Three of them are related with the temperature control. The first two start the timer when temperature reaches the set point. When time is reached, it will turn on the alarm relay. One mode will also shut off the heater at the same time. In the third mode, the timer starts after the temperature reaches set point. When set time reaches, it will shut off the heater. Relay pulls in when timer starts and drops out when it reaches the set time.
The other 5 modes allow the timer to work totally independent of the temperature controller. It can be set to time delayed relay pull-in, time delayed relay drop-out, time delayed relay pull-in and drop out, repeat pull-in and drop-out, or repeat drop-out and pull-in.
The timer can be reset and start by a switch connected to the reset terminals without powering off the controller. The timer function can also be deactivated so that controller functions as regular 1/16 DIN dual display controller. When alarm relay is not used for timer action, it can be used as temperature alarm.
One of the unique features of this controller is that the built-in relay can handle 10 A of current at 120VAC. That means 1200 watts of load can be connected directly to the controller without the need of an external mechanical contactor/relay.
Perfect for the DIY Powder Coating Oven Build application, controlling a natural gas or propane-fired burner, using 120V connections. NOT for use with powder coating ovens heated by electric oven elements. For electric element applications, please order the 106VH PID controller with a separate 100A Solid State Relay.