VikMoteController with built-in GSM and data logger. DX4i PRO IODigital input/output. liste

Klemlister og jumperindstillinger for VikMote DX4i PRO.

DX4i PRO

Documentation for:

DX4i PRO

Controller	Mounting	Supply voltage	Digital inputs	Digital outputs	Analogue inputs	Analogue inputs
Model: DX4i PRO	DIN rail mounting	8-36 VDC	8	8	4	4

Status

DX4i PRO has been discontinued and can be replaced by LX4 PRO.

See here how DX4i PRO is replaced by LX4 PRO

Supply voltage

Terminal

Use

Note

8-36 VDC

28 - SUPP

29 - SUPP

Plus

Minimum 12 V if 0-10 V outputs are used

Minimum 16 V if S0IEC 62053-31 Class A S0 standard for pulse signals./NPNNPN is a negative signal (minus). inputs are used

27 - PGND

Minus

Digital inputs

If digital inputs are used as S0/NPNNPN is a negative signal (minus). then VikMoteController with built-in GSM and data logger. must be supplied with 24 VDC
The jumper is located inside the unit on the base plate in the upper-right corner

Digital inputs	Terminal	Use	Note
Input 1	40 - DI1	If jumper 8 is in position 2-3, the signal on DI1 must be 8-40 VDC (PNPPNP is a positive signal (plus).) If jumper 8 is in position 1-2, the signal must be between SGND and DI1 (S0IEC 62053-31 Class A S0 standard for pulse signals./NPNNPN is a negative signal (minus).)	Use PNPPNP is a positive signal (plus). or NPNNPN is a negative signal (minus). signal
Input 2	41 - DI2	If jumper 9 is in position 2-3, the signal on DI2 must be 8-40 VDC (PNPPNP is a positive signal (plus).) If jumper 9 is in position 1-2, the signal must be between SGND and DI2 (S0IEC 62053-31 Class A S0 standard for pulse signals./NPNNPN is a negative signal (minus).)
Input 3	42 - DI3	If jumper 10 is in position 2-3, the signal on DI3 must be 8-40 VDC (PNPPNP is a positive signal (plus).) If jumper 10 is in position 1-2, the signal must be between SGND and DI3 (S0IEC 62053-31 Class A S0 standard for pulse signals./NPNNPN is a negative signal (minus).)
Input 4	43 - DI4	If jumper 11 is in position 2-3, the signal on DI4 must be 8-40 VDC (PNPPNP is a positive signal (plus).) If jumper 11 is in position 1-2, the signal must be between SGND and DI4 (S0IEC 62053-31 Class A S0 standard for pulse signals./NPNNPN is a negative signal (minus).)
Input 5	44 - DI5	The signal on DI5 must be 8-40 VDC (PNPPNP is a positive signal (plus).)	Use only PNPPNP is a positive signal (plus). signal
Input 6	45 - DI6	The signal on DI6 must be 8-40 VDC (PNPPNP is a positive signal (plus).)
Input 7	46 - DI7	The signal on DI7 must be 8-40 VDC (PNPPNP is a positive signal (plus).)
Input 8	47 - DI8	The signal on DI8 must be 8-40 VDC (PNPPNP is a positive signal (plus).)
Ground 1	48 - SGND	Ground for inputs 1..4	Must always be connected
Ground 2	49 - SGND	Ground for inputs 5..8	Must always be connected

Digital outputs

Digital outputs	Terminal	Use	Note
Output 1	30 - DO1	Contact set 1, NONormally open.	Max. load is 1.0 A per output Max. inductance for switching is 20 mH per output
Output 2	31 - DO2	Contact set 2, NONormally open.
Output 3	32 - DO3	Contact set 3, NONormally open.
Output 4	33 - DO4	Contact set 4, NONormally open.
Output 5	34 - DO5	Contact set 5, NONormally open.
Output 6	35 - DO6	Contact set 6, NONormally open.
Output 7	36 - DO7	Contact set 7, NONormally open.
Output 8	37 - DO8	Contact set 8, NONormally open.

Analogue inputs

The jumper is located inside the unit on the base plate in the lower-right corner

Analogue inputs	Terminal	Use	Note
Input 1	17 - AI1	If jumper JP1 is not installed, a 0-10 V signal is used on AI1 If jumper JP1 is installed, a 4-20 mA signal is used on AI1	Connect the transmitter between AINx and AGND using 0-10 V or 4-20 mA
Input 2	18 - AI2	If jumper JP14 is not installed, a 0-10 V signal is used on AI2 If jumper JP14 is installed, a 4-20 mA signal is used on AI2
Input 3	19 - AI3	If jumper JP16 is not installed, a 0-10 V signal is used on AI3 If jumper JP16 is installed, a 4-20 mA signal is used on AI3
Input 4	20 - AI4	If jumper JP17 is not installed, a 0-10 V signal is used on AI4 If jumper JP17 is installed, a 4-20 mA signal is used on AI4
Ground 1	21 - AGND	Ground for analogue inputs	Must always be connected to the transmitter reference point (ground)
Ground 2	26 - AGND	Ground for analogue inputs

Analogue outputs

If analogue outputs are used, VikMoteController with built-in GSM and data logger. must be supplied with 24 VDC or 230 VAC
The jumper is located inside the unit on the base plate in the lower-right corner

Analogue outputs	Terminal	Use	Note
Output 1	22 - AO1	If jumper JP2 is in position 2-3, a 0-10 V signal is used on AO1 If jumper JP2 is in position 1-2, a 4-20 mA signal is used on AO1	Connect the equipment between AONx and AGND using 0-10 V or 4-20 mA
Output 2	23 - AO2	If jumper JP3 is in position 2-3, a 0-10 V signal is used on AO2 If jumper JP3 is in position 1-2, a 4-20 mA signal is used on AO2
Output 3	24 - AO3	If jumper JP4 is in position 2-3, a 0-10 V signal is used on AO3 If jumper JP4 is in position 1-2, a 4-20 mA signal is used on AO3
Output 4	25 - AO4	If jumper JP6 is in position 2-3, a 0-10 V signal is used on AO3 If jumper JP6 is in position 1-2, a 4-20 mA signal is used on AO3
Ground 1	21 - AGND	Ground for analogue outputs	Must always be connected to the transmitter reference point (ground)
Ground 2	26 - AGND	Ground for analogue outputs

RS232 port 1

RS232 communication	Terminal	Use	Note
Port 1	1 - TXD	Transmits data	Shared with the device programming port
Port 1	4 - RXD	Receives data
Ground	5 - SGND	Ground for RS232

RS232 port 2

RS232 communication	Terminal	Use	Note
Port 2 (RJ45)	RJ45-1 DSR	Data set ready	RS232 port with all signals according to EIA-561
	RJ45-2 DCD	Data carrier detect
	RJ45-3 DTR	Data terminal ready
	RJ45-4 SGND	Ground
	RJ45-5 RD	Receives data
	RJ45-6 TD	Transmits data
	RJ45-7 CTS	Clear to send
	RJ45-8 RTS	Request to send

RS485 port 1

The jumper is located inside the unit on the base plate in the lower-left corner

RS485 communication	Terminal	Use	Note
Port 1	10 - RSA 1 (+)	RS485 non-inverting signal (A)	Install jumper JP7 to activate a 120 ohm resistor on the bus Read more about termination here
Port 1	11 - RSB 1 (-)	RS485 inverting signal (B)
Ground	12 - SGND	Ground for RS485

RS485 port 2

The jumper is located inside the unit on the base plate in the lower-left corner

RS485 communication	Terminal	Use	Note
Port 2	13 - RSA 2 (+)	RS485 non-inverting signal (A)	Install jumper JP12 to activate a 120 ohm resistor on the bus Read more about termination here
Port 2	14 - RSB 2 (-)	RS485 inverting signal (B)
Ground	15 - SGND	Ground for RS485

1-Wire

1-Wire communication	Terminal	Use	Note
Port 1	7 - 1Wire	1-Wire bus	Connect the equipment between 1Wire and SGND
Port 1	8 - 1Wire-LED	1-Wire ID button with LED lamp
Ground	9 - SGND	Ground for 1-Wire