USER'S MANUAL

1.0 Introduction To ensure fast installation and commissioning of described devices, we recommend that you carefully read the information in this manual. 1.1 Personnel Qualification The products described in this manual are for use only by personnel with experience in PLC programming, or technical specialist in the use of an electrical-driven automation. MECT Srl is not liable for failures caused by improper usage and damage to MECT devices or other devices, due to the non-compliance to the instructions contained in this manual. MECT Srl offers technical assistance through its technical office....

The device does not have an ON-OFF switch and an internal fuse. Power up occurs immediately after applying the correct voltage (please check the power source voltage indicated on the nameplate of the device under "Power"). Provide a supply line as direct as possible and separated from the line that supplies high power components. For safety, you must provide a two-phase disconnecting switch with fuse located near the device and easily accessible by the operator. Do not allow in the same power panel high power devices (contactors, motors, drives, ect.), or excessive moisture, heat and corrosive...

2.2 Technical Data Mechanic Material Dimension W x H x L - Coupler - Terminal Installation Climatic Environmental Condition Operative Temperature Storage Temperature Relative Humidity Safe Electrical Isolation Air and creepage distance Degree of Pollution acc. o IEC 61131-2 Degree of Protection Degree of Protection Electromagnetic Compatibility Immunity to Interference for industrial areas acc. to EN 61000-6-2 (2001) Evaluation Test Specification Value Specification Strength Criteria one Class EN 61000-4-2 ESD EN 61000-4-3 electromagnetic fields EN 61000-4-4 burst EN 61000-4-5 surge 1 kV/2 kV...

Interference Emission for Industrial areas acc. to EN 61000-6-3 (2001) Test Specification EN 55022 (AC supply, conducted) EN 55022 (DC supply/data, conducted) EN 55022 (radiated) Limit Frequency Range 66 Value/IQPI ... 56 dB (µV) 150 kHz ... 500 kHz kHz ... 5 MHz 56 dB (µV) 500 60 dB (µV) 5 MHz ... 30 MHz 40 ... 30 dB (µA) 150 kHz ... 500 kHz kHz ... 30 MHz 30 dB (µA) 500 30 dB (µV/m) 30 MHz ... 230 MHz 37 dB (µV/m) 230 MHz ... 1 GHz Attention Install devices in power panel with temperature lower than 55°C Dimension

2.3 Installation 2.3.1 Distances The system must be installed allowing enough space for heat transfer, installation and wiring. Avoiding wires overlapping also prevents electromagnetic compatibility problems. Fig 3: Spaces 2.3.2 Wiring Description address and baud rate Status leds terminating resistor

Fig 5: Signals connection 2.3.3 DIN Rail and TBUS All modules must be attached directly onto a DIN rail type EN 50022 (DIN 35) on which their TBUS connection modules were properly inserted. TBUS connection modules perform internal communication between the bus coupler MPNC010 and terminals. modular connector DIN rail modular connector TBUS connection

2.3.4 Component Adding and Removal Attention Be sure that devices are not powered when performing component adding or removal. The insertion and removal of a single terminal is made by using the hook at the base of the terminal as shown. The assembly must begin with the insertion of the coupler MPNC010. After that, the required terminal are inserted in sequence. The DIN rail mounting is ensured by the spring coupling each terminal. adding terminals removing terminals Fig 7: Adding and removing component 2.3.5 Daisy chain (DC) After system reset the MPNC010 coupler and the connected terminals...

2.4 Power Supply 2.4.1 Isolation The system offers different areas with galvanic isolation as represented in the picture below. Fig 9: Isolation As shown in the picture , the MPNC010 has three areas that create isolation between the main supply voltage, the internal bus (TBUS) and the fieldbus; furthermore each terminal has an additional isolation which allows to separate the ground of each terminal. 2.4.2 System Supply Voltage MPNC system requires a supply voltage of 24VDC (-15% or +20 %) as shown in the picture. The system is protected from reverse polarity supply voltages. ME7013_01 05/ 12...

mect srl Attention Wrong Supply voltages or wrong frequency can cause irreversible damages to the devices. 2.4.3 Sensor power supply Each digital output MPNC020 terminal can provide up to 2 A maximum current on 24V. The maximum current allowed on a single output is 500mA. The current supplied from the outputs is supplied from the terminal power supply itself, hence the installer must carefully define the power supply to ensure the necessary current. 2.4.4 Fuse The system has not internal fuses. It is recommended, for the protection of the MPNC010 input stage of the supply power, the usage of...

CANopen connection MPNC010 CAN interface is implemented through a D sub 9-pin male connector according to the Cia specifications. The bus is galvanically isolated from the internal bus and the IO. Fig 10: CANopen connector Pin Segnale 1 n.c Shielding connection Not connected CAN line High Not connected Not connected Status LED MPNC010 Operating status is visible through the four LED diodes placed on the top of the device. Color Green Status Description Internal bus running CANopen error Fig 11: Led Information more detailed description about Status LED meaning is provided in paragraph 3.1.4

Address (module ID) The DIP switch is used to set both the baud rate and the address (module ID) of the CANopen bus. The address setting is done using switches 1 to 5, so valid addresses are 1 to 31. The address setting must be done before applying the supply voltage since one of the first transactions on power-on is reading the state of the DIP switches. Finding zero as module address triggers an error condition so the four LED start blinking. Address encoding is shown in the table below. S-1 To set a “1” move the switch on the DIP toward the ON side.