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6.2 Relay output

Manual 1.8.1 6 Interfaces

WCC Lite integrates 1 signal relay (3-way RO connector) with COM (common), NC (normally closed), and NO (normally open) signals. Figure 10: Signal relay connector Maximum switching power is 60W, maximum contact current is 2A, maximum switching voltage is 6...

25 Cyber security

Manual 1.8.1

WCC Lite is based on OpenWRT operating system. OpenWrt is described as a Linux distribution for embedded devices. WCC Lite has same functionality as Linux OS including user management. Basic configuration on WCC Lite can be done using web based frontend. More...

1 Overview

Manual 1.8.3

This document is intended to act as a user manual and explain WCC Lite usage in detail. It is expected the person referring to this manual is experienced in programmable logic controllers (PLC), networking (IPv4, ethernet) and the use of the operating system o...

Cronjob example

How To Lua runner examples

Lua device can be configured using cron time expression. This way script execution can be scheduled or executed at certain times. To create such solution, device sheet of Excel configuration should look like this: As seen in this configuration, execution type...

Mathematical Operations With Lua (FW version 1.7)

How To Lua runner examples

Mathematical operations can be applied to Lua signals as in any other protocol. This can be done by configuring WCC Lite according to solution needed. To create an example which would test multiple mathematical operations, Excel configuration and Lua script is...

Signal Delay with Lua

How To Lua runner examples

For delaying the response of command execution, Lua runner could be used as one of the solutions. In this example IEC104 and Modbus TCP are used. IEC104 protocol sends the command to Modbus and Lua signals and the results are represented as two separate signal...

Single point to double point and double point to single point information

How To

Single point to double point information For this example of changing single point information to double point information 2 protocols are being used. For single point signals – Modbus RTU master and results are going to be returned as double point informatio...

26.2 SMS Receiver

Manual 1.8.1 26 SMS Receiver

There are two types of command signals used in SMS Receiver: System: reboot wcc/reboot modem – when sending a message with text reboot, device starts rebooting and after successful reload sends back a message to sender with text  REBOOT OK.  switch sim ...

26.1 Introduction

Manual 1.8.1 26 SMS Receiver

SMS receiver is a service responsible for command execution that were received via text message. The service is available on WCC Lite with modem. To use this service a working SIM card is also required. This chapter will describe command types, configuration f...

3 Technical information

Manual 1.8.1

System Processor ARM CPU (AR9331, 400MHz) Memory 16 MB Flash/64 MB DDR2 RAM Wireless 802.11 b/g/n I/O 1x Binary input (hardware version >=1.4) 1x Relay output Additional storage SD card (2GB by default) SD card (2GB by default) ...

6.3 Digital Input

Manual 1.8.1 6 Interfaces

With WCC Lite hardware version 1.4, a digital input functionality has been introduced. Software configuration guidelines are discussed in the WCC Lite internal signals section. It changes state when the voltage is between 12-48V (The supported range is between...

4.2 Reset button

Manual 1.8.1 4 WCC Lite status indication and control

The reset button is located on the front panel of WCC Lite, to access it, remove a transparent front panel cover. Different time lengths of button pressing call different behavior. Pressing time Description Indication Short Press System reboot ...

4.1 Status indication

Manual 1.8.1 4 WCC Lite status indication and control

Figure 1: Front panel status indication

5.4 Dual-SIM card slot

Manual 1.8.1 5 Installing the WCC Lite

WCC Lite has an optional Dual-SIM card modem. To access both SIM cards, remove a transparent front panel cover and press through the marked hole with a small tool until the SIM holder pops out. Figure 6: WCC Lite Dual-SIM card holder To insert SIM cards, r...

5.3 SIM card slot

Manual 1.8.1 5 Installing the WCC Lite

WCC Lite has an optional Dual-SIM card modem. To access both SIM cards, remove a transparent front panel cover and press through the marked hole with a small tool until the SIM holder pops out. Figure 5: WCC Lite Dual-SIM card slot

5.2 Power

Manual 1.8.1 5 Installing the WCC Lite

It is recommended to power WCC Lite from 6W (minimum) 12-24V DC power supply. A full range is 5V to 36V. Figure 3: Power input connector Note: Make sure that the device is compatible with your power source before proceeding! Check the label next to the pow...

5.1 Mounting

Manual 1.8.1 5 Installing the WCC Lite

To mount the device: Secure the top of the mounting clip onto a DIN rail. Push the bottom of a device forward to fix the clip in place. To dismount the device: Pull red-colored clip downwards (found at the bottom side of the DIN rail). Pull back the...

6.5 Wi-Fi

Manual 1.8.1 6 Interfaces

For hardware versions older than version 1.4, in case a Wi-Fi connection is needed, connect a Wi-fi antenna to the SMA connector labeled “WIFI“. Select a good antenna placement spot considering the operation environment. Figure 1. Wi-Fi antenna connector (har...

6.4 GSM

Manual 1.8.1 6 Interfaces

WCC Lite comes with an optional GSM module.There are a few hardware configurations available:  Without GSM modem. With single SIM modem (HW version 1.0 - 1.2) - 2G/3G (GPRS, EDGE / UMTS, HSDPA, HSUPA) version - 5.76Mb/s upload, 7.2Mb/s download. UMTS/HSPA ...

15.1 Introduction

Manual 1.8.3 15 IEC 61850

IEC 61850 is an international standard defining communication protocols for intelligent electronic devices at electrical substations. It is a part of the International Electrotechnical Commission’s (IEC) Technical Committee 57 reference architecture for electr...