The AW-SYL-2342 is a Wi-Fi-capable PID controller based on Auber's popular SYL-2342 1/16 DIN PID controller. This unit not only does everything a regular SYL-2342 does but also has 2.4 GHz Wi-Fi connectivity, which allows a user to access the controller remotely through the AuberWifi phone app anywhere that has an internet connection.  

This model is designed to drive mechanical contactor/relay directly, not Solid State Relay (SSR). For a similar controller with SSR output, please check AW-SYL-2352 (ebay id 204134663649).

ModelOutputRamp SoakeBay ID
AW-SYL-2352SSR (12V DC)No204134663649
AW-SYL-2342RelayNo116259212075
AW-SYL-2352PSSR (12V DC)Yes116259226616
AW-SYL-2342PRelayYes204897271627

Wi-Fi Connectivity Features:


AuberWifi device list page. Manage multiple devices in the same app. The device page for AW-SYL-23x2, where a user can monitor the PV, SV, output status, and see the data plot. 

Basic Features of SYL-2342

This is a dual display 1/16 DIN size (1.89x1.89" or 48 x 48 mm) temperature/process controller. Common applications of this controller include temperature control of industrial equipment, laboratory equipment, espresso machines, beer brewing systems, BBQ grills/smokers, heat treatment ovens, glass kilns, and aquariums.
 
The controller uses an advanced artificial intelligence enhanced PID algorithm that can handle systems that are usually sluggish/difficult to control when controlled by a traditional PID controller. In most cases, the controller will hold the temperature within a reasonable range of the default PID parameters. The auto-tune feature will improve control accuracy and stability to within one degree of accuracy. In most cases, there is no need for the user to toggle the confusing PID parameters in order to get the system stabilized.
 
This high-precision, full-featured industrial-grade controller supports more than twenty different input devices that cover almost every possible application requirement. Two alarm outputs can be activated in more than 10 situations. All the control and setting parameters are stored in the non-volatile memory even when the controller is powered off. Recently, we added an advanced cold junction compensation circuit to further reduce the temperature drift when the thermocouple sensor is used. 
 
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 for an external mechanical contactor/relay. That is very convenient for applications in which only a small heater is used.

This model is designed to drive mechanical contactor/relay directly, not Solid State Relay (SSR).

Features:

Main Specifications

Input type

(Note 2)

TC: K, E, S, WRe, J, T, B, N
RTD: Pt100, Cu50, 0-80 ohm, 0-400 ohm.
DC voltage : 0~20 mV, 0-100 mv, 0~5V, 1~5V, 0~1V, -100~100mV, -20~20mV, -5~5V, 0.2~1V.
DC current: 4~20mA.
Input rangeK (-60~2300ºF), S (-60~3100ºF), WRe (32~4150ºF), T (-330~660ºF), E (32~1500ºF),
J (32~1800ºF), B (32~3300ºF), N (32~2400ºF), Pt100 (-320~1100ºF), Cu50 (-60~300ºF).
Linear input: -1999~+9999 defined by a user.
DisplayTwo lines, Four digits. °F or °C.
Display Resolution
(Note 2)
1°C or 1°F, and 0.1°C (note 2)
Accuracy±0.2% or ±1 unit of the full input range
Control modeFuzzy PID, Manual control, On-Off
Output modeRelay w/ NO and NC contacts: 7A at 240VAC, 10A at 120VAC, or 10A at 24 VDC
AlarmProcess high/low alarm, deviation high/low alarm
Alarm outputRelay contact (Resistive): 1A at 240VAC, 3A at120VAC, or 3A at 24VAC
Power supply
voltage rating
85~265 VAC / 50~60Hz
Mounting cutout1.77" x 1.77" (45 x 45 mm), 1/16 DIN
Overall dimension1.89" x 1.89" x 3.94" (48 x 48 x 100 mm) 

Wi-Fi Connectivity Specifications

Wireless Standards2.4 GHz, IEEE 802.11 b/g/n
Security ProtocolsWPA/WPA2/WPA2-Enterprise


Note 1. Main default settings on the controller:
Input sensor type: Type K thermocouple (SN = 0).
Temperature unit: Fahrenheit (°F)
Display resolution: 1 degree.

Note 2. The current AuberWIFI app offers limited support for linear input sensor types such as DC voltage and DC current input signals. The app fully supports all compatible temperature sensor types.