Indice

1. Electrical Connections Manual

2. Information

2.1 Release

Document: mce_p1r44f-024
Description: Electrical connections manual p1r44f-024
Editor: Andrea Zarantonello
Approver Giuliano Tognon
Link: https://www.qem.eu/doku/doku.php/strumenti/qmoveplus/c1r44/p1r44f-024/mce_p1r44f-024
Language: English
Release document Description Notes Date
01 New manual 16/03/2023

2.2 Specifications

The copyright of this manual is reserved. No part of this document may be copied or reproduced in any form without the prior written authorization of QEM.

QEM makes no representations or warranties regarding the contents and specifically disclaims any warranties of fitness for any particular purpose. The information in this document is subject to change without notice. QEM assumes no responsibility for any errors that may appear in this document.

Registered Trademarks:

3. Hardware and Connections

The device models used for this application are as follows:

3.1 C1-R44-FF30

Front view of C1-R44

1MG2F

1MG2F Expansion

3.1.1 C1-R44: Power Supply

3.1.1.1 C1-R44: CN1

The device must be powered at 24Vdc. Provide an external fuse in series with the positive conductor +24Volt.

CN1 Terminal Symbol Description
1 Positive power supply
2 GROUND Ground-PE (signals)
3 0V power supply


3.1.2 Connectivity

3.1.2.1 ETHERNET port

ETHERNET PORTDescription
Connector RJ45.

LED:
* LINK: green led = cable connected (led on signals the cable is connected to both ends)
* DATA: yellow led = data transmission (flashing led signals data transmission)

3.1.2.2 PROG PORT and USER PORT baud-rate selector

SET TRANSMISSION SPEED CAN TO 500 KB/S

SW 1 Dip Dip Settings Function
1 OFF Baud-rate 57600 Selection of transmission speed PROG PORT
ON Baud-rate 115200
2 OFF Baud-rate 57600 Selection of transmission speed USER PORT
ON Baud-rate 115200
3 OFF Usable also by SERCOM and MODBUS devices Selection of operating mode PROG PORT
ON Not usable by SERCOM and MODBUS devices
4 OFF ON OFF ON CANbus transmission speed (CanOpen)
5 OFF OFF ON ON
Baud-rate\ 125KB/S Baud-rate\ 250KB/S Baud-rate\ 500KB/S Baud-rate\ 1MB/S
6 OFF MMC/SD External media device selection in system functions
ON USB
7 Reserved for internal use. Leave OFF
8 OFF Normal PROG PORT Select USER PORT as PROG PORT
ON PROG PORT on USER PORT connector


3.1.2.3 C1-R44: CN5 - CAN PORT

CN5 Terminal Symbol Description
cnn_3fv_p3.5_03.jpg 1 0V Common CAN
2 CAN L CAN L Terminal
3 CAN H CAN H Terminal

3.1.2.4 Termination Resistor Settings

Check the CAN connection to determine termination resistor activation

Jumper NameSettingFunction
JP3 JP4
 JP3 INSERTED Termination CAN activated
JP4


3.1.2.5 CAN Cable Connection Example

:info:The CAN module RMC-3M B01 MZ is only present with the abrasive thickness reading implementation; therefore, the module is optional.

There are two ways to connect:

1st way:

2nd way:


3.1.3 Digital Inputs

S = State A = Action ID
NO = Normally Open I = Impulsive ID = Software
NC = Normally Closed C = Continuous

3.1.3.1 C1-R44: CN7

CN 7 Pin ID Description S A
1 0V 0 Volt (common inputs I1 ÷ I8 )
2 I1 Thermal head - NC C
3 I2 Master Bridge Fault -
4 I3 Belt Fault - NC C
5 I4 Roller Fault -
6 I5 Air Pressure - NC C
7 I6 Water Pressure -
8 I7 Forward Bridge LS -
9 I8 Backward Bridge LS -
3.1.3.1.1 Connection Example

3.1.3.2 C1-R44: CN6

CN 6 Pin ID Description S A
1 0V 0 Volt (common inputs I9 ÷ I16 )
2 I9 Master Bridge Zero Sensor NO I
3 I10 Slab Presence Sensor End of Roller
4 I11 Start of Belt
5 I12 Worn Abrasive Sensor -
6 I13 Emergency - NC C
7 I14 Pressurized Lubrication Circuit Feedback NO I
8 I15 External Consent ON - NC C
9 I16 Auxiliary Enable -
3.1.3.2.1 Connection Example


3.1.3.3 C1-R44: CN18

CN 18 Pin ID Description S A
1 0V 0 Volt (common inputs I9 ÷ I16 )
2 I17 N/A
3 I18 Bridge Jog Forward NO I
4 I19 Backward
5 I20 START
6 I21 STOP
7 I22 Abrasive Change
8 I23 MAN/AUTO
9 I24 STAND-BY

3.1.3.4 C1-R44: CN19

CN 19 Pin ID Description S A
1 0V 0 Volt (common inputs I9 ÷ I16 )
2 I25 Slave Bridge Zero Sensor NO I
3 I26 Slave Bridge Fault NC C
4 I27 N/A
5 I28 N/A
6 I29 N/A
7 I30 N/A
8 I31 N/A
9 I32 N/A

3.1.4 Digital Outputs

S = State ID
OFF = Off ID = Software
ON = On

3.1.4.1 C1-R44: CN9 (Out +24 Volt, 500 mA)

CN 9 Pin ID Description S
1 V+ + 24 Volt (common outputs 01 ÷ 04)
2 O1 ON/OFF master bridge - OFF
3 O2 ON/OFF belt -
4 O3 ON/OFF rollers -
5 O4 Up / Down Brush -
6 V+ +24 Volt (common outputs 05 ÷ 08 )
7 O5 ON/OFF previous machine - OFF
8 O6 Lubrication (optional) -
9 O7 Stop Belt -
10 O8 Alarm Status - ON
11 0V 0 Volt (common outputs 01 ÷ 08)
3.1.4.1.1 Connection Example

3.1.4.2 C1-R44: CN8 (Out +24 Volt, 500 mA)

CN 8 Pin ID Description S
1 V+ +24 Volt (common outputs O09÷O12)
2 O09 ON/OFF slave bridge OFF
3 O10 Unlock electromechanical locks OFF
4 O11 Forward belt OFF
5 O12 Backward belt OFF
6 V+ +24 Volt (common outputs O13÷O16)
7 O13 Reset belt drive/inverter OFF
8 O14 Reset Master Bridge1 drive/inverter OFF
9 O15 Reset Slave Bridge2 drive/inverter OFF
10 O16 N/A -
11 0V 0 Volt (common outputs O09÷O16)

3.1.4.3 C1-R44: CN 25 (Out +24 Volt, 500 mA)

CN 25 Pin ID Description S
1 V+ +24 Volt (common output)
2 O17 Alarm indicator light OFF
3 O18 Green light indicator OFF
4 O19 Yellow light indicator OFF
5 O20 n.u
6 V+ +24 Volt (common output)
7 O21 n.u
8 O22 n.u
9 O23 n.u
10 O24 n.u
11 0V 0 Volt (common output)


3.1.4.4 C1-R44: CN 20 (Out +24 Volt, 500 mA)

CN 20 Pin ID Description S
1 V+ +24 Volt (common output)
2 O25 n.u.
3 O26 n.u.
4 O27 n.u.
5 O28 n.u.
6 V+ +24 Volt (common output)
7 O29 n.u.
8 O30 n.u.
9 O31 n.u.
10 O32 n.u.
11 0V 0 Volt (common output)

3.1.5 Bidirectional Count Inputs

3.1.5.1 For "Push Pull" Encoder Type

3.1.5.1.1 C1-R44: CN14
CN 14 (Push Pull) PIN ID Description

1B +24V IN Input +24 Volt Master Bridge Counting
1A +24V OUT Encoder power supply Encoder power supply
2A PHA1 Phase A+
3A PHB1 Phase B+
4A - -
5A 0V ∩ Connect to 5B Common for counting inputs. Internally connected to 0Volt (PIN 3 - CN1)
6A 0V ∩ Connect to 6B
7A 0V ∩ Connect to 7B

3.1.5.1.2 Connection Example


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3.1.5.1.3 C1-R44: CN15
CN15 (Push Pull) PIN ID Description COMMENTS

1B +24V IN Input +24 Volt Belt Counting
1A +24V OUT Output +24 Volt Encoder power supply
2A PHA2 Phase A+
3A PHB2 Phase B+
4A - -











5A










0V ∩










Connect to 5B










Common for counting inputs. Internally connected to 0Volt (PIN 3 - CN1)
6A 0V ∩ Connect to 6B
7A 0V ∩ Connect to 7B

3.1.5.1.4 Connection Example


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3.1.5.1.5 C1-R44: CN16
CN 16 (Push Pull) PIN ID DESCRIPTION COMMENTI

1B +24V IN Input +24 Volt Bridge slave counting
1A +24V OUT Output +24 Volt Encoder power supply
2A PHA3 Phase A -
3A PHB3 Phase B -
4A - - -











5A










0V ∩










Connect to PIN 5B










Counting inputs common. Internal connected to 0V (PIN 3 - CN1)
6A 0V ∩ Connect to PIN 6B
7A 0V ∩ Connect to PIN 7B

3.1.5.1.6 Esempio di collegamento


Press here for more wiring examples

3.1.5.2 For "Line Driver 24 Volt" Encoder Type

3.1.5.2.1 C1R44: CN14
CN 14 (Line Driver 24 Volt) PIN ID Description

1B +24V IN Input +24 Volt Master Bridge Counting
1A +24V OUT Encoder power supply
2A PHA1 Phase A+
3A PHB1 Phase B+
4A - -
5B PHA1- Phase A-
6B PHB1- Phase B-
7B - -

3.1.5.2.2 Connection Example


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3.1.5.2.3 C1R44: CN15
CN15 (Line Driver 24 Volt) PIN ID DESCRIPTION
\ 1B +24V IN Input +24 Volt Count Tape
1A +24V OUT Encoder Supply
2A PHA2 Phase A+
3A PHB2 Phase B+
4A - -
5B PHA2- Phase A-
6B PHB2- Phase B-
7B - -

3.1.5.2.4 Wiring Example

\

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3.1.5.2.5 C1R44: CN16
CN 16 (Line Driver 24 Volt) PIN ID DESCRIPTION
\ 1B +24V IN Input +24 Volt Count Bridge Slave
1A +24V OUT Encoder Supply
2A PHA3 Phase A+
3A PHB3 Phase B+
4A - -
5B PHA3- Phase A-
6B PHB3- Phase B-
7B - -

3.1.5.2.6 Wiring Example

\

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3.1.5.3  For Simulated 5 Volt Line Driver Encoders

3.1.5.3.1 C1R44: CN14
CN 14 (Simulated 5 Volt Line Driver) PIN ID DESCRIPTION
\ 2B PHA1+ Phase A+ Count Bridge Master
3B PHB1+ Phase B+
4B - -
5B PHA1- Phase A-
6B PHB1- Phase B-
7B - -

3.1.5.3.2 Wiring Example

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3.1.5.3.3 C1R44: CN15
CN15 (Simulated 5 Volt Line Driver) PIN ID DESCRIPTION
\ 2B PHA2+ Phase A+ Count Belt
3B PHB2+ Phase B+
4B - -
5B PHA2- Phase A-
6B PHB2- Phase B-
7B - -

3.1.5.3.4 Wiring Example

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3.1.5.3.5 C1R44: CN16
CN 16 (Simulated 5 Volt Line Driver) PIN ID DESCRIPTION
\ 2B PHA3+ Phase A+ Count Bridge Slave
3B PHB3+ Phase B+
4B - -
5B PHA3- Phase A-
6B PHB3- Phase B-
7B - -

3.1.5.3.6 Wiring Example

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3.1.6 Analog Inputs

3.1.6.1 C1-R44: CN13

CN13 Terminal Symbol Description
1 VREF Reference voltage 1)
2 AI1 n.a.
3 AI2 n.a.
4 AI3 n.a.
5 GAI Common analog inputs

Configuration of Analog Inputs

SW4 Dip No.\ Dip Analog Input 1 Analog Input 2 Analog Input 3
Pot. 0-10V 0-20mA Pot. 0-10V 0-20mA Pot. 0-10V 0-20mA
1 OFF OFF ON X X X X X X
2 OFF ON OFF X X X X X X
3 X X X OFF OFF ON X X X
4 X X X OFF ON OFF X X X
5 X X X X X X OFF OFF ON
6 X X X X X X OFF ON OFF

X = irrelevant setting
Pot. = potentiometric input
0-10V = voltmeter input
0-20mA = amperometric input

1) For potentiometric inputs

3.1.7 Analog Outputs

3.1.7.1 C1-R44: CN12

CN 12 Pin ID Description
cnn_6fv_p3.5_01.jpg 1 GA01 Common for analog outputs AO1÷AO2
2 AO1 Bridge Master: +/- 10 Volt control
3 AO2 Tape: 0/10 Volt control
4 GA02 Common for analog outputs AO3÷AO4
5 AO3 Bridge Slave: +/- 10 Volt control
6 AO4 n.a.
3.1.7.1.1 Wiring Example

3.2 A1-IPC-TC101: Panel PC

3.2.1 A1-IPC-TC101: Panel PC

A1-IPC-TC101

3.2.1.1 Connection

The Panel PC has two Ethernet lines. The first one connects to the company LAN network, and the second one connects to the R44. Connection to the company LAN network is also possible via WiFi.


3.2.2 IQ023/A/USB/50

IQ023 makes available to the PC 24 digital inputs, 8 analog inputs, and 4 encoder inputs.

IQ023

3.2.2.1 Power Supply

IQ023 is powered by the 5V from the USB port.

3.2.2.2 Connectors

A+ A0 A1 A2 A3 GND +5 E1A E1B E2A E2B D1 D2 D3 D4 D5 D6 D7 D8 D9 D10 D11 D12 GND
.
iq023_top_01.jpg
.
A+ A4 A5 A6 A7 GND +5 E3A E3B E4A E4B D13 D14 D15 D16 D17 D18 D19 D20 D21 D22 D23 D24 GND


3.2.2.3 Digital Inputs

S = Status A = Action ID
NO = Normally Open I = Impulsive ID = Software
NC = Normally Closed C = Continuous
Pin ID Description S A
D1 I97



HEAD UP SELECTOR 		Head 1 NO I
D2 I98 Head 2
D3 I99 Head 3
D4 I100 Head 4
D5 I101 Head 5
D6 I102 Head 6
D7 I103 Head 7
D8 I104 Head 8
D9 I105 Head 9
D10 I106 Head 10
D11 I107 Head 11
D12 I108 Head 12
GND 0 V 0 Volt
D13 I109



HEAD DOWN SELECTOR 		Head 1 NO I
D14 I110 Head 2
D15 I111 Head 3
D16 I112 Head 4
D17 I113 Head 5
D18 I114 Head 6
D19 I115 Head 7
D20 I116 Head 8
D21 I117 Head 9
D22 I118 Head 10
D23 I119 Head 11
D24 I120 Head 12
GND 0 V 0 Volt

3.2.2.4 Connection Examples

Product Link: IQ023

3.3 RMC-3M B01 DD

Overview of RMC-3M
RMC-3M
RMC-3M Bus Composition

3.3.1 RMC-3M B01 DD: CN1 - Power Supply

CN 1 Clamp Symbol Description
1 0V
2 GROUND Ground (signals)
3 +24 V


3.3.2 Connections

3.3.2.1 RMC-3M-DD: CN2 - CN3 - CAN PORT

cnn_3fv_p3.5_03.jpg 10 Volt - Common port CanOpen
2 CAN L
3 CAN H
3.3.2.1.1 Connection example

3.3.2.2 Switch 1

SW1 Num. DIP Set Function
1 OFF DIP 1-2:
Transmission speed
(500 Kbit/s )
2 ON
3 ON DIP 3-8: Module address(address 1)
4 OFF
5 OFF
6 OFF
7 OFF
8 OFF

3.3.2.3 Switch 3

Check connection CAN to determine the activation of the terminating resistor

SW3 Num.
Dip 		Name
Dip 		Setup
DIP 		Function
1 JP1 ON TerminationCAN PORT
2 JP2 ON
3
4


3.3.3 RMC-3M B01 DD: Digital output

3.3.4 SLOT 3 (H1-P16 : Out +24 Volt, 500 mA)

n.Out Head Description Pin Connector SLOT 3 Pin n.Out Head Description
33 1 ON 1A 1B 41 3 Down
34 1 Up 2A 2B 42 4 ON
35 1 Down 3A 3B 43 4 Up
36 2 ON 4A 4B 44 4 Down
37 2 Up 5A 5B 45 5 ON
38 2 Down 6A 6B 46 5 Up
39 3 ON 7A 7B 47 5 Down
40 3 Up 8A 8B 48 6 ON

V+
+24 Volt
9A
9B
V+
+24 Volt

3.3.5 SLOT 4 (H1-P16 : Out +24 Volt, 500 mA)

n.Out Head Description Pin Connector SLOT 4 Pin n.Out Head Description
49 6 Up 1A 1B 57 9 ON
50 6 Down 2A 2B 58 9 Up
51 7 ON 3A 3B 59 9 Down
52 7 Up 4A 4B 60 10 ON
53 7 Down 5A 5B 61 10 Up
54 8 ON 6A 6B 62 10 Down
55 8 Up 7A 7B 63 11 ON
56 8 Down 8A 8B 64 11 Up

V+
+24 Volt
9A
9B
V+
+24 Volt

3.3.6 SLOT 5 (H1-P16 : Out +24 Volt, 500 mA)

n.Out Head Description Pin Connector SLOT 5 Pin n.Out Head Description
65 11 Down 1A 1B 73 14 Up
66 12 ON 2A 2B 74 14 Down
67 12 Up 3A 3B 75 15 ON
68 12 Down 4A 4B 76 15 Up
69 13 ON 5A 5B 77 15 Down
70 13 Up 6A 6B 78 16 ON
71 13 Down 7A 7B 79 16 Up
72 14 ON 8A 8B 80 16 Down

V+
+24 Volt
9A
9B
V+
+24 Volt

3.3.7 SLOT 6 (H1-P16 : Out +24 Volt, 500 mA)

n.Out Head Description Pin Connector SLOT 6 Pin n.Out Head Description
81 17 ON 1A 1B 89 19 Down
82 17 Up 2A 2B 90 20 ON
83 17 Down 3A 3B 91 20 Up
84 18 ON 4A 4B 92 20 Down
85 18 Up 5A 5B 93 21 ON
86 18 Down 6A 6B 94 21 Up
87 19 ON 7A 7B 95 21 Down
88 19 Up 8A 8B 96 22 ON

V+
+24 Volt
9A
9B
V+
+24 Volt

3.3.8 SLOT 7 (H1-P16 : Out +24 Volt, 500 mA)

n.Out Head Description Pin Connector SLOT 7 Pin n.Out Description
97 22 Up 1A 1B 105 n.u.
98 22 Down 2A 2B 106 n.u.
99 n.u. 3A 3B 107 n.u.
100 n.u. 4A 4B 108 n.u.
101 n.u. 5A 5B 109 n.u.
102 n.u. 6A 6B 110 n.u.
103 n.u. 7A 7B 111 n.u.
104 n.u. 8A 8B 112 n.u.

V+
+24 Volt
9A
9B
V+
+24 Volt

3.4 RMC-3M B01 MV

General view RMC-3M
RMC-3M
bus composition RMC-3M

3.4.1 RMC-3M B01 MV- Power supply

CN 1 Clamp Symbol Description
1 0V
2 GROUND Ground
3 +24 V


3.4.2 Connections

3.4.2.1 RMC-3M B01 MV: CN2 - CN3 - CAN PORT

cnn_3fv_p3.5_03.jpg 10 Volt - CanOpen common port
2 CAN L
3 CAN H
3.4.2.1.1 Wiring example

3.4.2.2 Switch 1

SW1 Num. DIP Set Function
1 OFF DIP 1-2:
Transmission speed
(500 Kbit/s )
2 ON
3 OFF
DIP 3-8: Module address (address 2)
4 ON
5 OFF
6 OFF
7 OFF
8 OFF

3.4.2.3 Switch 3

Check connection CAN to determine the activation of the terminating resistor

SW3 Num.
Dip 		Name
Dip 		Setting
DIP 		Function
1 JP1 ON Termination CAN PORT
2 JP2 ON
3
4


3.4.3 RMC-3M B01 MV: Digital Inputs

3.4.4 SLOT 3 (H1- I16)

n.In Sensor Description Pin Connector SLOT 3 Pin Description Sensor n.In
+24V Out 24 Volt 1A 1B 0Vdc 0V
33 1 2A 2B 9 41
34 2 3A 3B 10 42
35 3 4A 4B 11 43
36 4 5A 5B 12 44
37 5 6A 6B 13 45
38 6 7A 7B 14 46
39 7 8A 8B 15 47
40 8 9A 9B 16 48

3.4.5 SLOT 4 (H1- I16)

n.In Sensor Description Pin Connector SLOT 4 Pin Description Sensor n.In
+24V Out 24 Volt 1A 1B 0Vdc 0V
49 17 2A 2B 25 57
50 18 3A 3B 26 58
51 19 4A 4B 27 59
52 20 5A 5B 28 60
53 21 6A 6B 29 61
54 22 7A 7B 30 62
55 23 8A 8B 31 63
56 24 9A 9B 32 64


3.4.6 SLOT 5 (H1- I16)

n.In Sensor Description Pin Connector SLOT 5 Pin Description Sensor n.In
+24V Out 24 Volt 1A 1B 0Vdc 0V
65 33 2A 2B 41 73
66 34 3A 3B 42 74
67 35 4A 4B 43 75
68 36 5A 5B 44 76
69 37 6A 6B 45 77
70 38 7A 7B 46 78
71 39 8A 8B 47 79
72 40 9A 9B 48 80

3.4.7 SLOT 6 (H1- I16)

n.In Sensor Description Pin Connector SLOT 6 Pin Description Sensor n.In
+24V Out 24 Volt 1A 1B 0Vdc 0V
81 49 2A 2B 57 89
82 50 3A 3B 58 90
83 51 4A 4B 59 91
84 52 5A 5B 60 92
85 53 6A 6B 61 93
86 54 7A 7B 62 94
87 55 8A 8B 63 95
88 56 9A 9B 64 96


3.4.8 RMC-3M B01 MV: Analogic Inputs

3.4.9 SLOT 7 (H1-A41)

Connector SLOT 7 Pin Name Description
1A



n.c
2A
3A
4A
5A
6A
7A AI4 Slab Height
8A n.c
9A GAI Common analogic inputs
1B


n.c
2B
4B
5B
6B
7B AI5 n.c
8B AI6 n.c
9B GAI Common analogic inputs


3.5 RMC-3M B01 MZ

:info:Optional module in case the reading of abrasive consumption is required

General view RMC-3M
RMC-3M
Bus composition del RMC-3M

3.5.1 RMC-3M C01 D5- Power supply

CN 1 Clamp Symbol Description
1 0V
2 GROUND Ground
3 +24 V


3.5.2 Connections

3.5.2.1 RMC-3M B01 MZ: CN2 - CN3 - PORTA CAN

cnn_3fv_p3.5_03.jpg 10 Volt - Common port CanOpen
2 CAN L
3 CAN H
3.5.2.1.1 Wiring example

3.5.2.2 Switch 1

SW1 Num. DIP Set Function
1 OFF DIP 1-2:
Transimission speed
(500 Kbit/s )
2 ON
3 ON DIP 3-8: Module address (address 3)
4 ON
5 OFF
6 OFF
7 OFF
8 OFF

3.5.2.3 Switch 3

Check wiring CAN to determine the activation of the terminating resistor

SW3 Num.
Dip 		Name
Dip 		Setting
DIP 		Function
1 JP1 ON Termination CAN PORT
2 JP2 ON
3
4


3.5.3 RMC-3M B01 MZ: Analogic inputs

3.5.4 SLOT 3 (H1-A41)

Connector SLOT 3 Pin Name Description
1A +24V +24V dc
2A -
3A
4A
5A
6A
7A AI7 Abrasive 1
8A VREF Reference voltage
9A -
1B
2B
4B
5B
6B
7B AI8 Abrasive 2
8B AI9 Abrasive 3
9B GAI Common analogic inputs

3.5.5 SLOT 4 (H1-A41)

Connector SLOT 4 Pin Name Description
1A +24V Uscita +24V dc
2A -
3A
4A
5A
6A
7A AI10 Abrasive 4
8A VREF Reference voltage
9A -
1B
2B
4B
5B
6B
7B AI11 Abrasive 5
8B AI12 Abrasive 6
9B GAI Common analog inputs

3.5.6 SLOT 5 (H1-A41)

Connector SLOT 5 Pin Name Description
1A +24V +24Vdc
2A -
3A
4A
5A
6A
7A AI13 Abrasive 7
8A VREF Reference voltage
9A -
1B
2B
4B
5B
6B
7B AI14 Abrasive 8
8B AI15 Abrasive 9
9B GAI Common analogic inputs

3.5.7 SLOT 6 (H1-A41)

Connector SLOT 6 Pin Name Description
1A +24V +24Vdc
2A -
3A
4A
5A
6A
7A AI16 Abrasive 10
8A VREF Reference voltage
9A -
1B
2B
4B
5B
6B
7B AI17 Abrasive 11
8B AI18 Abrasive 12
9B GAI Common analogic inputs

4. Support

For supplying you fast service, at the lowest cost, we need your support.

Follow all instructions provided in the MIMAT manualIf the problem remains, fill out the “Request Form for assistance” on the page Contacts at www.qem.it site.
Our technicians will get elements essential for the understanding of your problem.

Repair

To provide you with an efficient service, please read and adhere to the instructions given here

Shipping

It is recommended to pack the instrument with materials that are able to cushion any falls.

Use the original package: it must protect the instrument during transport.Attach:
1. A description of the anomaly;
2. A part of the electric scheme where the equipment is inserted
3. The planning of the equipment (set up, quotas of job, parameters…).
4. Request a quote for repair; if not required, the cost will be calculated in the final balance.		A full description of the problem, will help identify and resolve your problems fast. A careful packaging will avoid further inconveniences.