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Introduction

All Maple Systems HMIs programmed with EBPro (EasyBuilder Pro), including every cMT X Series and cMT Series model, are compatible with CAS CI-1580A. Configure your Controller and HMI/cMT with the following parameters to establish reliable communication.

Supported Series: CAS CI-1580A

Website: https://en.cas-scale.com/index.php/product/indicator-ci-1580a/

HMI Setting

Parameters Recommended Options Notes
PLC type CAS CI-1580A
PLC I/F RS232 RS232/RS485 4W
Baud rate 9600 9600 ~ 115200
Data bits 8 8
Parity None Even, Odd, None
Stop bits 1 1
PLC sta. no. 1 1 ~ 99
Parameter1 0 0,1 0:BBC not used / 1:BBC used
Online simulator YES

PLC Setting

Parameter Value / Description
F30 Parity bit 0 No Parity (default)
1 Odd Parity
2 Even Parity
F31 Baud rate 0 115200 bps
1 76800 bps
2 57600 bps
3 38400 bps
4 28800 bps
5 19200 bps
6 14400 bps
7 9600 bps
8 4800 bps
9 2400 bps
F33 Communication Mode 0 Unilateral transmission mode
1 Command mode
2 LCD mode
4 External display mode
F34 ID Number 1~99 (default:1)
F36 BCC selection mode 0 BCC not used
1 BCC used
F40 Weight unit 0 kg
1 g
2 ton

Device Address

Bit/Word Device type Format Range Memo
B CURRENT_WEIGHT_HEAD D 1 OL: OVER/UNDER LOAD
B CURRENT_WEIGHT_HEAD D 2 ST: Stable indicator
B CURRENT_WEIGHT_HEAD D 3 US: Unstable indicator
B CURRENT_WEIGHT_HEAD D 4 NT: NETWEIGHT
B CURRENT_WEIGHT_HEAD D 5 GS: GROSS WEIGHT
W TARE D 1
W TARE_RESET D 1
W ZERO D 1
W HOLD D 1
W HOLD_RESET D 1
W PACKMODE_START D 1
W PACKMODE_STOP D 1
W KEY_TARE D 1
W CURRENT_WEIGHT D 1
W CURRENT_WEIGHT_UNIT D 1 0:KG , 1:ton , 2:g (F40)
W LOWEST_LIMIT D 1
W UPPER_LIMIT D 1
W SERIAL_NUMBER D 1
W CODE_NUMBER D 1
W PART_NUMBER D 1

Wiring Diagram

NOTE: The serial port pin assignments may vary between HMI models.

Diagram 1: RS-232

HMI Direction PLC
Pin assignments RS232
9P D-Sub
Female
Rx ↔ (bidirectional) 3 TXD
Tx ↔ (bidirectional) 2 RXD
GND ↔ (bidirectional) 4,5 GND

Diagram 2: RS-485 4W

HMI Direction PLC
Pin assignments RS485
9P D-Sub
Female
Rx- ↔ (bidirectional) 9 TX-
RX+ ↔ (bidirectional) 8 TX+
Tx- ↔ (bidirectional) 7 RX-
Tx+ ↔ (bidirectional) 6 RX+
GND ↔ (bidirectional) 4,5 GND