Ascon tecnologic M81 Manual de usuario

min. 60

min. 100

min. 80

Mounting position (mm)

Ascon Tecnologic S.r.l.

via Indipendenza 56,

27029 - Vigevano (PV)

Tel.: +39 0381 69871,

Fax: +39 0381 698730

www.ascontecnologic.com

Installation

Manual

Contents

- General description

- Accessories

- Installation

- Electrical connections

- Electric safety

1Model identification label (on the back side of the module);

2DIN RAIL 35 x 7.5 (EN50022);

3X1 one 2 poles plug to connect the power supply and

X2... X3 two 3 poles plugs to connect the DO1...DO2 SPDT output relays or

Vdc/Vac SSR or 12 Vdc to drive external SSR;

4X4... X6 two 5 poles plugs to connect the DI1... DI12 Digital Inputs;

Status/diagnostic LEDs:

L1 (red, CAN ERR)

USB (green, USB activity/CAN Run),

COM2 (green, COM2 traffic),

COM1 (green, COM1 traffic),

MSG (message),

RUN (program status run/stop),

PWR (power supply ON);

6- Reset button;

7X17 USB type A receptacle to connect a flash drive;

8X10 5 poles plug to connect the COM1 service serial port (RS232/RS485);

9X11 3 poles plug to connect the COM2 serial port (RS485);

10 X9 2poles plug output power supply (15Vdc);

11 X7... X8 6... 7 poles plugs to connect DO3... D10 SPST output relays;

General description

Accessories

Installation

24 VDC Power supply

APS2ALEDR12024 (120 W, 5.0 A),

APS2ALNDR75-24 (75 W, 3.2 A),

APS2ALMDR20-24 (20 W, 1.0 A)

1Open the 2 spring slides on the lower

part of the CPU, clip the upper part of

the module to the rail;

2Rotate the module downwards, then

close the 2 spring slides;

3Switch OFF the Power Supply

Lower the spring slide by inserting a

flat-blade screwdriver as indicated;

4Turn and lift the module upwards to

remove the CPU from the DIN rail.

Dimensions (mm)

Mounting the module

- Mount the module vertically;

- In order to help the ventilation flow of

air, respect the distances between

modules and walls or other modules.

Mounting position Mounting/removing the modules

on/from the DIN rail

Removing the module

Operating conditions

Integrated system,

CPU module with

on-board I/O

mod. M81

M.I. M81-04/17.05

Cod. ISTR-MM81ENG04

Rail mounting

DIN 35 x 7.5

(EN 50022)

110

175

Environmental conditionBSuggestion

Operating

conditions

TTemperature

0...+50°C

%Rh

Umidity:

5... 95% Rh

non condensing

Special

conditions

TTemperature

> 50°C

Use forced

ventilation

%Rh

> 95% RH Warm up

PConducting

atmosphere Use filter

Forbidden

conditions

CCorrosive

atmosphere

EExplosive

atmosphere

10 8

X14... X15 5 poles plugs to connect AI5... AI12 NTC/PT1000 Analogue Inputs;

X16

RJ45 plug to connect the Ethernet TCP/IP network for programming purposes

or for the MODBUS through the TCP port;

14 X13 6 poles plug to connect AO1... AO4 Analogue Outputs;

15 X12 7 poles plug to connect AI1... AI4 Analogue Inputs.

Note: The green terminals on the CPU are male connectors (pitch 5 mm), the

corresponding female plugs are snap-on connectors with screw or spring

terminals for connecting the wires.

Screw Terminal Blocks

APS2/M81-KITSCREW

Disposal

The appliance (or the

product) must be

disposed of separately in

compliance with the local

standards in force on

waste disposal.

Electrical connections

M81

X1 Supply

24 VAC/VDC C NO NC

X2 DO1

C NO NC

X2 DO2

M DI1 DI2 DI3 DI4

(CAN)

ERR RUN

M DI5 DI6 DI7 DI8

M DI9 DI10 DI11 DI12

M AI1 AI2 AI3 AI4 +5 +12

X12

AO1 AO2 M M AO3 AO4L1 USB COM1 MSG RUN PWR

X13

 

C AI5 AI6 AI7 AI8

X14

C AI9 AI10 AI11 AI12

X15

ETHERNET

X16

USB

X17

C DO3 DO4

C DO5 DO6 C DO7 DO8

C DO9 DO10

M +15

X10 COM1

Rx Tx GND D+

X11 COM2

D- D+ D- GND

Terminals connections and plugs

Lower side

Front

X1 Power Supply

connector

Back

Vac/Vdc

Power supply

- Connector X1: 24Vac/dc

(–10...+10%), 15W max.;

- The power supply terminals

(X1-1 and X1-2) are not polarized as

the CPU acceps both the 24 Vac and

24 Vdc.

Conn.

Label

Signals

Supply

24 Vac/

Vdc

Power Supply

DO1

SPDT relay/SSR Vac/dc (+)

NO SPDT relay

/SSR Vac/dc (-)

NC SPDT relay

DO2

SPDT relay/SSR Vac/dc (+)

NO SPDT relay

/SSR Vac/dc (-)

NC SPDT relay

X4 MCommon of DI1... DI4

DI1...DI4 Digital inputs 1... 4

X5 MCommon of DI5... DI8

DI5... DI8

Digital inputs 5... 8

Conn.

Label

Signals

X6 MCommon of DI9... DI2

DI9... DI12 Digital inputs 9... 12

Common of relays 3... 4

DO3... DO4 Relays outputs 3... 4

Common of relays 5... 6

DO5... DO6 Digital outputs 5... 6

Common of relays 7... 8

DO7... DO8 Digital outputs 7... 8

CCommon of relay 9

DO9

Relay output 9

CCommon of relay 10

DO10

Relay output 10

X9 M Ground

+15 Voltage output +15 Vdc

Conn.

Label

Signals

X10

COM1

RS232TX

GND

D+ RS485

D-

X11

COM2

D+

RS485D-

GND

X12

AI1...AI4 Analogue inputs 1... 4

+5 Voltage output +5 Vdc,

30 mA max.

+12 Voltage output +12 Vdc,

80 mA max.

Lower side

Front

X2, X3 SPDT

connectors

CNCNO

Back

Digital outputs DO1/DO2: SPDT Relays

- Connectors X2, X3:

2 SPDT relays (form C) outputs;

- Rate: 5 A (for resistive loads);

- Isolation: 2500V beween channel and

Power Supply and between channel

and main electronics.

Conn.

Label

Signals

X13

AO1... AO2 Analogue outputs 1... 2

M Common AO1... AO2

M Common AO3... AO4

AO3...AO4 Analogue outputs 3... 4

X14 C Common AI5...AI8

AI5...AI8 Analogue inputs 5... 8

X15 C Common AI9...AI12

AI9...AI12 Analogue inputs 9... 12

X16 Ethernet RJ45 ethernet port

X17 USB USB port

Description Plugs of all terminals

Flexible cable section: 0.2... 2.5 mm

(AWG24... AWG12)

LStripped wire Screw: 7mm Spring: 10mm

Flat blade screwdriver 0.6 x 3.5 mm 0.4 x 2.5 mm

Tightening torque 0.5... 0.6 Nm -

Technical data:

- The green terminals are male connectors (pitch 5 mm), the corresponding

female plugs are snap-on connectors with screw or spring terminals for

connecting the wires;

- Made with self extinguishing material as required by UL94 V0 standard;

- Overvoltage cathegory/pollution degree II/2;

- Max. load current/section 8A/2.5mm

at 65°C;

- Test pulse voltage: 4 kVp.

AMake sure that the overall current absorption (modules and field devices)

matches the power supply;

AIn order to avoid excessive voltage drops, install the most power consuming

modules closer to the power supply.

Lower side

Front

X2, X3 - 12 VDC

output connectors

C (+) NO (-)

Back

LOAD

SSR

Digital outputs DO1/DO2: Vdc for SSR

- Connectors X2, X3: 12 Vdc for SSR

outputs;

- Voltage output 0/12 Vdc;

- Respect the polarity shown;

- Output not isolated.

Lower side

Front

X2, X3 - SSR

output connectors CNO

Back

LOAD

Digital outputs DO1/DO2: SSR

- Connectors X2, X3: 2 SSR outputs;

- Rate: 2 A, 250 Vac or 2 A, 24 Vdc;

- Zero Crossing Function;

- Isolation: 2500V beween channel and

Power Supply and between channel

and main electronics.

Power Supply Output

- Connectors X9: 15 Vdc Power Supply

Output;

- Max. output power: 3 W.

Upper side

Front

Back

X9 Power supply

output connector

0 V

+15 Vdc out

Serial Communications Ports

- Connector X10: to connect an

RS232/485 terminal (also for setup

purposes). Through this port, using

the Modbus protocol (master/slave)

or serial ASCII the PLC can connect

a fieldbus network;

- The RS232 cable must be shorter

than 15 m;

- Connector X11: RS485 port to

connect a fieldbus network using

the Modbus protocol (master/

slave) or serial ASCII;

- These two ports can be configured

using the DIP switches on the

right of the X10 connector;

- Isolation from other electronics:

1600 V.

Upper side

Front

Back

X11

Comm.s connectors

X10

D+

D-

GND

D-

D+

RS485 RS485 RS232

GND

Some parameters of the Service Port

(Com 1) can be conﬁgured using

switches 4...8 of the DIP switch block

located close to the X10 connector.

The table that follows describes the

selectable options.

OFF

4RS232 enabled RS232 disabled

5RS485 RS232

6Termination resistance (ON/OFF)

(110Ω) (default: disabled = OFF)

7Line polarization Pull-Down (ON/OFF)

(default: disabled = OFF)

8Line polarization Pull-Up (ON/OFF)

(default: disabled = OFF)

Some parameters of the RS485 (Com 2)

Modbus Port can be conﬁgured using

selectors 1...3 of the DIP switch block

located close to the X10 connector.

The table that follows describes the

selectable options.

OFF

1Termination resistance (ON/OFF)

(110Ω) (default: disabled = OFF)

2Line polarization Pull-Down (ON/OFF)

(default: disabled = OFF)

3Line polarization Pull-Up (ON/OFF)

(default: disabled = OFF)

Analogue input connectors

Lower side

Front

X12 Analogue input connector

Back

AI1

AI2

AI3

AI4

12Vdc

4... 20 mA

2 wires

passive

Transmitter

4... 20 mA

active

Transmitter

X12 Analogue input connector

AI1

AI2

AI3

AI4

X12 Analogue input connector

AI1

AI2

AI3

AI4

5Vdc

0...5 V

passive

(

ratiometric

)

3 wires

0... 10 V

active

Transmitter

X12 Analogue input connector

AI1

AI2

AI3

AI4

- For the analogue input, respect the

polarity shown;

- Pay attention to connect the power

source to each external sensor;

- Type: 0/1... 5 V, 0/2... 10 V,

Ratiometric (5 V ref.), 0/4... 20 mA;

- Resolution: 16 bit;

- Accuracy: 0.5%.

Lower side

Front

X4, X5, X6

Digital Inputs

connectors

Back

Digital Inputs

- Connectors X4, X5, X6: DI01... DI12

digital inputs;

- Isolation: 800V between channel ad

Power Supply.

Digital outputs: SPST Relays

- Connectors X7, X8: 8 SPST NO relays

(form A) outputs;

- Rate: 2 A (for resistive loads);

- Isolation: 2500V beween channel and

Power Supply and between channel

and main electronics.

Upper side

CC C

Front

X7 SPST

connector

X8 SPST

connector

ETHERNET CONNECTOR

- The Ethernet connection is made

through a standard J45 connector;

- The 2 green LEDs near to the

Ethernet connector show the port

status and the communication traffic

Upper side

Front

X16 - Ethernet RJ45 connector

RJ45

Ethernet

connector

Ethernet

status/

traffic

LEDs

USB PORT CONNECTOR

- USB type A receptacle (X17) to con-

nect a flash drive (system files uplo-

ad or data logging download);

Upper side

Front

X17 - USB type A connector

Rear

USB

SUGGESTED WIRES ROUTING

M81

X1 Supply

24 VAC/VDC C NO NC

X2 DO1

C NO NC

X2 DO2

M DI1 DI2 DI3 DI4

(CAN)

EPR RUN

M DI5 DI6 DI7 DI8

M DI9 DI10 DI11 DI12

M AI1 AI2 AI3 AI4 +5 +12

X12

AO1 AO2 M M AO3 AO 4L1 USB MSG COM1MSG RUN PWR

X13

 

C AI5 AI6 AI7 AI8

X14

C AI9 AI10 AI11 AI12

X15

ETHERNET

X16

USB

X17

C DO3 DO4

C DO5 DO6C DO7 DO8

C DO9 DO10

M +15

X10 COM1

Rx Tx GND D+

X11 COM2

D- D+ D- GND

100 100

100

Conduit for low level sensor cables

Conduit for supply and output cables

Output cables

Power cables

AI and DI cables

AI and DO cables

ADespite the fact that the instrument has been designed to work in an

harsh and noisy environment, it is strongly recommended to follow

the following suggestions.

All the wiring must comply with the local regulations.

The supply wiring should be routed away from the power cables. Avoid to use

electromagnetic contactors, power relays and high power motors nearby.

Avoid power units nearby, especially if controlled in phase angle. Keep the low

level sensor input wires away from the power lines and the output cables.

Power lines and output cables must also be at 100 mm (min.) away from the CPU.

If this is not achievable, use shielded cables on the sensor input, with the shield

connected to earth.

AWarning!

Whenever a failure or a malfunction of the device may cause dan-

gerous situations for persons, things or animals, please remember

that the plant must be equipped with additional devices which will

guarantee safety.

HOW TO ORDER

f: USB Port

U= USB

-= Not provided

M81 -

M81 = CPU of the Programmable Logic Controller

d: OUT DO7... DO10

Out DO7... DO10 Relay SPST-NO 2A (for resistive loads)

-= Not provided

e: OUT AO1 ... AO4

V= Out AO1... AO4 - 0... 10 Vdc

-= Not provided

g: COMM Ports

1= COM1 RS485/RS232

2= COM1 RS485/RS232 + COM2 RS485

-= Not provided

h: Reserved Code

-= Fixed Code

i: Terminals

E= Removable screw connectors

N= Connectors not provided

j: Packaging

-= Fixed Code

k: Instructions

-= Not provided

E= English Manual

a: IN AI1..AI4 Pre-Configured

-= In 0/4...20 mA

5 = In 0/1... 5 V Ratiometrics

b: OUT DO1

D= Out SSR 2 A 24 Vdc

O= Out VDC for SSR

Q= Out SSR 2 A 250 Vac

R= Out DO1 Relay SPDT 5A (for resistive loads)

c: OUT DO2

D= Out SSR 2 A 24 Vdc

O= Out VDC for SSR

Q= Out SSR 2 A 250 Vac

R= Out DO1 Relay SPDT 5A (for resistive loads)

- For the analogue output, respect the

polarity shown;

- Type: O... 10V;

- Load: > 1kΩ;

- Resolution: 16 bit;

- Accuracy: 0.5%;

- Isolation:

800V Channel-Power supply,

50V channel-main electronics.

Analogue Output Connectors

Lower side

Front

Back

Load

Load 0...10 V

Analogue

Outputs

X13: Analogue Output connectors

Load

12 34 56

NTC, PTC, Pt1000 analogue input connectors

For the 2 wire analogue inputs, follow

the connecting diagram illustrated;

- Type: NTC, Pt1000.

Upper side

Front

X14, X15 - NTC, Pt1000 input

connectors

AI12

AI11

AI10

AI9

AI8

AI7

AI6

AI5

X14X15

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