Tycon Power Systems Tpdin-Monitor-Web3 Powersens Web Remote Monitor And Control
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SKU: TPDIN-Monitor-WEB3
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Tycon Power Systems Tpdin-Monitor-Web3 Powersens Web Remote Monitor And Control
Overview
The TPDIN-Monitor-WEB3 Based Remote Monitor and Control System is a versatile IoT tool which enables the equipment designer and installer to remotely monitor their equipment and site. The unit can be accessed via the network (web and SNMP) to remotely monitor up to 4 voltages, 4 currents, 2 temperatures and control power to various equipment using 4 on-board relays.
In addition to the flexible interfaces mentioned above, the WEB3 interfaces with Tycon MPPT solar controllers using a single serial cable to read PV Volts, PV Amps, Battery Volts, Battery Amps, Battery Temperature, Load Volts and Load Amps from the MPPT solar controller. It also allows manual turn on/off of the MPPT solar controller load output via the web interface. This makes it very easy to monitor and control a remote power system remotely, log and graph the trends, send email alerts and control relay actions based on embedded sensor or MPPT data.
The system has built-in surge protection to prevent damage from electrical surges.
On board data-logging and graphing capabilities allow the user to see history of the various parameters being measured. The graphical interface allows the user to control relays via a single mouse click and monitor all the measurement parameters real-time via any web browser. The web interface allows access and control via desktops, laptops, tablets and smartphones. The Tycon APP for IOS and Android facilitates remote access.
The system allows control of the relays based on Voltage, Current, Temperature, Time, Ping Watchdog and MPPT controller data. This provides almost unlimited flexibility.
The relays have a special one-click cycle feature with programmable cycle times which can be used to turn a device off and then back on after the predetermined time with a single button click. This is useful for rebooting a device like a PoE Switch by power cycling it, thereby rebooting all devices attached to the switch. Relay CH1 and CH2 are Normally Closed type, Relay CH3 and CH4 are Normally Open type. Relays don’t use any power when they are in their default position.
Details
Manufacturer's Product Code
TPDIN-Monitor-WEB3
Voltage Measurement (DC)
V1, V2, V3, V4 = 0-80VDC
Voltage Measurement Accuracy
+/- 0.1V
Current Measurement (DC)
I1, I2 = 0.1A to 15A (20A Peak) using 12AWG Wire, I3 = +/-10A, I4 Supports External Current Shunts – Input Range +/-25mV
Current Measurement Accuracy
+/- 0.1A
Common Mode Voltage Range
-14V to +80V
Temperature Measurement
T1,T2 = -40C to 125C
Temperature Measurement Type
T2 = Embedded, T1 = External Sensor (included)
Temperature Measurement Accuracy
+/- 1 degC
Relays
CH1, CH2 (NC); CH3, CH4 (NO) = 10A 30VDC, 125-250VAC
Relay Control
CH1, CH2, CH3, CH4 = Manual or Automatic based on Volts, Amps, Temperature, Ping(5 secs Interval, 3 min Holdoff) or Time
Power Requirements
10-57VDC Wire Terminal or 802.3af/at Class 0 PoE or 24V Passive PoE 1.5W All Relays Off, 3.5W All Relays On
Accessibility
Via Web Browser and SNMP
Data-Logger
FIFO, Max 4048 data sets, Programmable log interval
Connections
Removable Wire Terminal
Wire Size
12AWG Max
Mounting
DIN Rail
Operating Temperature
-40C to +75C (-40F to 167F)
Humidity (RH)
0% - 90%
Dimensions (LxWxH)
125 x 102 x 46mm (4.9” x 4” x 1.8”)
Weight
410g (14.5 oz)
Certifications
FCC and CE
In addition to the flexible interfaces mentioned above, the WEB3 interfaces with Tycon MPPT solar controllers using a single serial cable to read PV Volts, PV Amps, Battery Volts, Battery Amps, Battery Temperature, Load Volts and Load Amps from the MPPT solar controller. It also allows manual turn on/off of the MPPT solar controller load output via the web interface. This makes it very easy to monitor and control a remote power system remotely, log and graph the trends, send email alerts and control relay actions based on embedded sensor or MPPT data.
The system has built-in surge protection to prevent damage from electrical surges.
On board data-logging and graphing capabilities allow the user to see history of the various parameters being measured. The graphical interface allows the user to control relays via a single mouse click and monitor all the measurement parameters real-time via any web browser. The web interface allows access and control via desktops, laptops, tablets and smartphones. The Tycon APP for IOS and Android facilitates remote access.
The system allows control of the relays based on Voltage, Current, Temperature, Time, Ping Watchdog and MPPT controller data. This provides almost unlimited flexibility.
The relays have a special one-click cycle feature with programmable cycle times which can be used to turn a device off and then back on after the predetermined time with a single button click. This is useful for rebooting a device like a PoE Switch by power cycling it, thereby rebooting all devices attached to the switch. Relay CH1 and CH2 are Normally Closed type, Relay CH3 and CH4 are Normally Open type. Relays don’t use any power when they are in their default position.
Features
- Remotely Measure 4 Voltages, 4 Currents, 2 Temperatures
- Remotely Control Equipment with 4 Relays: 2 NC and 2 NO
- Interfaces to Tycon MPPT Solar Controllers via Serial Cable
- Automatic Control of Relays by Volts, Amps, Temp, Ping, Time and MPPT Data
- Access via Web or SNMP. Automatically Send Email Alerts
- On-Board Datalogger and History Graphs
- Accepts power via PoE (802.3af or Passive) or wire terminal
- DIN Rail Mounting
- Extended Temperature Range -40C to 70C
Specifications
TBC
IoT Cloud SaaS
IoT Cloud Saas Service
Smart Protect has partnered with Scopious IoT to help you to start building your IoT network including any of our IoT sensors, devices, controllers or gateways. We now offer a full service, including everything from the LoRaWAN Network Server, automated bulk provisioning of gateways and devices, simple field force onboarding tools, vendor relationships for IoT hardware design services, Integrations and API’s for third party connectivity.
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