Holiday sale ends on 12/1/2024!
The AW-SYL-2372 is a Wi-Fi-capable PID controller based on Auber's SYL-2372 1/16 DIN PID controller with 2A built-in SSR output. This unit not only does everything a regular SYL-2372 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.
Note 1: For a similar WiFi PID with relay output, please check AW-SYL-2342. For a similar WiFi PID with SSR output, please check AW-SYL-2352.
Note 2: AW-SYL-2372 does not have the ramp soak feature.
Wi-Fi Connectivity Features:
- The AuberWifi app is available for both iOS and Android systems.
- Monitor the current sensor reading, view the data plot, and export historical data.
- Monitor the status of the main output, and the alarm relays.
- Access and change all parameters from the app.
- Receive alarm notifications pushed to your phone.
- Easy pairing process. Compatible with most modern routers with 2.4 GHz WiFi bands.
- Manage multiple AuberWifi (AW) series devices in one app.
- Capable of receiving updates over-the-air (OTA).
See the supplementary user guide for AW-SYL-23x2 for how to add the device to the AuberWIfi app and how to access the device.
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| 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-2372
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 controlling the temperature 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 efficiently handle systems that are usually sluggish or difficult to control by a traditional PID controller. 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 users 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 by 10+ methods/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.
This unit has a built-in zero-crossing solid state relay (SSR) that can handle 2 Amp of load. The zero-crossing switching feature will avoid the noise caused by inductive load. It makes the controller more stable than the controller with relay contact output (SYL-2342) when switching inductive load such as a contactor, solenoid valve, and small motor.
Please note that this is NOT for our DC triggered AC SSR. It can not handle more than 300W (at 110V ) either.
Features:
- PID control with fuzzy logic enhancement for outstanding stability control
- 0.2% accuracy over the entire input range
- Displays in either Fahrenheit or Celsius temperature unit
- Percent output indication for easy troubleshooting of the system
- Supports both heating and cooling mode
- Auto/manual control with bump less transfer
- Dual alarm outputs with 10+ activation methods/situations
- Selectable security access levels
- High brightness, large LED display - easily read from distance
- Instruction manual and US technical support
- 6-month limited warranty. See details here.
Main Specifications
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Input type
(Note 2)
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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 range |
K (-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. |
| Display |
Two 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 mode |
Fuzzy PID, Manual control, On-Off |
| Output mode |
Built-in 2A SSR with zero crossing switching 20 ~ 240V AC |
| Alarm |
Process high/low alarm, deviation high/low alarm |
| Alarm output |
Relay contact (Resistive): 1A at 240VAC, 3A at120VAC, or 3A at 24VAC |
Power supply
voltage rating |
85~265 VAC / 50~60Hz |
| Mounting cutout |
1.77" x 1.77" (45 x 45 mm), 1/16 DIN |
| Overall dimension |
1.89" x 1.89" x 3.94" (48 x 48 x 100 mm) |
Wi-Fi Connectivity Specifications
| Wireless Standards |
2.4 GHz, IEEE 802.11 b/g/n |
| Security Protocols |
WPA/WPA2/WPA2-Enterprise |
Documents and Downloads
Tutorial Video
Note 1. Main default settings on the controller:
Input sensor type: type K thermocouple (SN = 0).
Temperature unit: Fahrenheit (°F)
Display resolution: 1 degree (DP = 0).
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 with 1°C or 1°F display resolution.
Note 3. Optional spade connectors.
Optional 10 pcs spade connectors (for 22 ~ 16 AWG wire); colors are random, either red or blue.
This product was added to our catalog on Friday 23 August, 2024.
