Level Indicating
Controller LFC128-2
USER GUIDE FOR LEVEL INDICATING CONTROLLER LFC128-2
LFC128-2-MN-EN-01 JUN-2020

LFC128-2 Advanced Level Display Controller

Iwe yi wa ni loo fun awọn wọnyi awọn ọja

SKU	LFC128-2	HW Ver.	1.0	FW Ver.	1.1
Koodu Nkan	LFC128-2	Level Indicating Controller, 4AI/DI, 4DI, 4xRelay, 1xPulse Output, 2 x RS485/ModbusRTU-Slave Communication

Awọn iṣẹ Iyipada Wọle

HW Ver.	FW Ver.	Ojo ifisile	Awọn iṣẹ Yipada
1.0	1.1	JUN-2020

Ọrọ Iṣaaju

LFC128-2 is an advanced level display controller. The product integrates Modbus RTU interface to help PLC / SCADA / BMS and any IoT port can connect to monitor. LFC128-2 has a simple yet powerful design with 4 AI / DI, 4 DI, 4 Relays, 1 Pulse pulse output, 2 RS485 Slave ModbusRTU allowing them to connect with multiple devices easily. With advanced technology that provides high stability and reliability, many functions, easy installation with touch screen and friendly interface helps visually monitor level.

Sipesifikesonu

Awọn igbewọle oni-nọmba	04 x Ports, opto-coupler, 4.7 kohms input resisrtance, 5000V rms isolation, Logic 0 (0-1VDC), Logic 1 (5-24VDC), Functions: logic status 0/1 or Pulse counting (32 bit counter with max 4kHz pulse)
Awọn igbewọle Analog	04 x Ports, select between 0-10VDC input or 0-20mA input, 12 bit Resolution, can be configured as Digital input by DIP switch (max 10VDC input) The AI1 port is a 0-10 VDC / 4-20 mA level sensor connection port
Iṣajade yii	04 x Ports, electro-mechanical Relays, SPDT, contact rating 24VDC/2A or 250VAC/5A, LED indicators
O wu Polusi	01 x Ports, open-collector, opto-isolation, max 10mA and 80VDC, On/off control, Pulser (max 2.5Khz, max 65535 Pulses) or PWM (max 2.5Khz)
Ibaraẹnisọrọ	02 x ModbusRTU-Slave, RS485, speed 9600 or 19200, LED indicator
Bọtini atunto	For resetting 02 x RS485 Slave port to default setting (9600, None parity, 8 bit)
Iboju iru	Afi ika te
Ibi ti ina elekitiriki ti nwa	9..36VDC
Lilo agbara	200mA @ 24VDC supply
Iṣagbesori iru	Panel òke
Ohun amorindun Terminal	pitch 5.0mm, rating 300VAC, wire size 12-24AWG
Ṣiṣẹ otutu / ọriniinitutu	0..60 degC / 95%RH non-condensing
Iwọn	H93xW138xD45
Apapọ iwuwo	390 giramu

ọja Awọn aworan

Ilana Isẹ

5.1 Modbus ibaraẹnisọrọ

02 x RS485/ModbusRTU-Slave
Ilana: Modbus RTU
Adirẹsi: 1 – 247, 0 is the Broadcast address
Oṣuwọn Baud: 9600, 19200
Iṣọkan: ko si, odd, ani

• Status indicator LED:
• Led on: modbus communication OK
• Led blinking: received data but modbus communication incorrect, due to wrong Modbus configuration: address, baudrate
• Led off: LFC128-2 received no data, check the connection

Awọn iforukọsilẹ Memmap
READ uses command 03, WRITE uses command 16
Iṣeto aiyipada:

• Adirẹsi: 1
• Baudrate slave 1: 9600
• Parity slave 1: none
• Baudrate slave 2: 9600
• Parity slave 2: none

Modbus Forukọsilẹ	Hex adr	# of registers	Apejuwe	Ibiti o	Aiyipada	Ọna kika	Ohun ini	Ọrọìwòye
0	0	2	ẹrọ alaye		LFC1	okun	Ka
8	8	1	DI1       DI2: digital status	0-1		oju8	Ka	H_byte: DI1 L_byte: DI2
9	9	1	DI3       DI4: digital status	0-1		oju8	Ka	H_byte: DI3 L_byte: DI4
10	A	1	AI1      AI2: digital status	0-1		oju8	Ka	H_byte: AI1 L_byte: AI2
11	B	1	AI3      AI4: digital status	0-1		oju8	Ka	H_byte: AI3 L_byte: AI4
12	C	1	AI1: analog value			oju16	Ka
13	D	1	AI2: analog value			oju16	Ka
14	E	1	AI3: analog value			oju16	Ka
15	F	1	AI4: analog value			oju16	Ka
16	10	2	AI1: scaled value			leefofo loju omi	Ka
18	12	2	AI2: scaled value			leefofo loju omi	Ka
20	14	2	AI3: scaled value			leefofo loju omi	Ka
22	16	2	AI4: scaled value			leefofo loju omi	Ka
24	18	1	yii 1	0-1		oju16	Ka
25	19	1	yii 2	0-1		oju16	Ka
26	1A	1	yii 3	0-1		oju16	Ka
27	1B	1	yii 4	0-1		oju16	Ka
28	1C	1	open collector ctrl		0-3	oju16	Ka/Kọ	0: off 1: on 2: pwm, pulse continuously 3: pulse, when enough pulse number, ctrl = 0
30	1E	2	counter DI1			oju32	Ka/Kọ	counter writable, erasable
32	20	2	counter DI2			oju32	Ka/Kọ	counter writable, erasable
34	22	2	counter DI3			oju32	Ka/Kọ	counter writable, erasable
36	24	2	counter DI4			oju32	Ka/Kọ	counter writable, erasable
38	26	2	counter AI1			oju32	Ka/Kọ	counter writable, erasable, max frequency 10Hz
40	28	2	counter AI2			oju32	Ka/Kọ	counter writable, erasable, max frequency 10Hz
42	2A	2	counter AI3			oju32	Ka/Kọ	counter writable, erasable, max frequency 10Hz
44	2C	2	counter AI4			oju32	Ka/Kọ	counter writable, erasable, max frequency 10Hz
46	2E	2	DI1: time on			oju32	Ka/Kọ	iṣẹju-aaya
48	30	2	DI2: time on			oju32	Ka/Kọ	iṣẹju-aaya
50	32	2	DI3: time on			oju32	Ka/Kọ	iṣẹju-aaya
52	34	2	DI4: time on			oju32	Ka/Kọ	iṣẹju-aaya
54	36	2	AI1: time on			oju32	Ka/Kọ	iṣẹju-aaya
56	38	2	AI2: time on			oju32	Ka/Kọ	iṣẹju-aaya
58	3A	2	AI3: time on			oju32	Ka/Kọ	iṣẹju-aaya
60	3C	2	AI4: time on			oju32	Ka/Kọ	iṣẹju-aaya
62	3E	2	DI1: time off			oju32	Ka/Kọ	iṣẹju-aaya
64	40	2	DI2: time off			oju32	Ka/Kọ	iṣẹju-aaya
66	42	2	DI3: time off			oju32	Ka/Kọ	iṣẹju-aaya
68	44	2	DI4: time off			oju32	Ka/Kọ	iṣẹju-aaya
70	46	2	AI1: time off			oju32	Ka/Kọ	iṣẹju-aaya
72	48	2	AI2: time off			oju32	Ka/Kọ	iṣẹju-aaya
74	4A	2	AI3: time off			oju32	Ka/Kọ	iṣẹju-aaya
76	4C	2	AI4: time off			oju32	Ka/Kọ	iṣẹju-aaya
128	80	2	counter DI1			oju32	Ka	counter cannot write, erase
130	82	2	counter DI2			oju32	Ka	counter cannot write, erase
132	84	2	counter DI3			oju32	Ka	counter cannot write, erase
134	86	2	counter DI4			oju32	Ka	counter cannot write, erase
136	88	2	counter AI1			oju32	Ka	counter cannot write, erase; max frequency 10Hz
138	8A	2	counter AI2			oju32	Ka	counter cannot write, erase; max frequency 10Hz
140	8C	2	counter AI3			oju32	Ka	counter cannot write, erase; max frequency 10Hz
142	8E	2	counter AI4			oju32	Ka	counter cannot write, erase; max frequency 10Hz
256	100	1	modbus address slave	1-247	1	oju16	Ka/Kọ
257	101	1	modbus baudrate slave 1	0-1	0	oju16	Ka/Kọ	0: 9600, 1: 19200
258	102	1	modbus parity slave 1	0-2	0	oju16	Ka/Kọ	0: ko si, 1: odd, 2: ani

5.2 Tun Bọtini
When holding the reset button for 4 seconds, LFC 128-2 will reset the default configuration to 02 x RS485 / Modbus
RTU-Slave.
Default Modbus RTU Configuration:

• Adirẹsi: 1
• Oṣuwọn Baud: 9600
• Parity: ko ​​si

5.3 Digital Input

Ni pato:

• 04 channels DI, isolated
• Input Resistance: 4.7 kΏ
• Iyasoto Voltage: 5000Vrms
• Logic level 0: 0-1V
• Logic level 1: 5-24V
• Iṣẹ:
• Read logic 0/1
• Pulse Counter

5.3.1 Read the logical state 0/1
Logic value in Modbus Memory Map: 0-1
Registers to store logic values in the Modbus Memory Map:

• DI1__DI2: digital status: stores the logical state of channel 1 and channel 2.
  H_byte: DI1
  L_byte: DI2
• DI3__DI4: digital status: store the logical state of channel 3 and channel 4.
  H_byte: DI3
  L_byte: DI4

5.3.2 Pulse Counter
Counter value in Modbus Memory Map, when adding the number exceeds the threshold, it will automatically return: 0 4294967295 (32bits)
The register that stores Counter value in the Modbus Memory Map cannot be erased:

• Counter DI1: stores the logic state of channel 1
• Counter DI2: stores the logic state of channel 2
• Counter DI3: store the logic state of channel 3
• Counter DI4: stores the logic state of channel 4
  The register that stores Counter value in the Modbus Memory Map cannot be erased:
• None reset counter DI1: stores the logic state of channel 1
• None reset counter DI2: stores the logic state of channel 2
• None reset counter DI3: stores the logic state of channel 3
• None reset counter DI4: stores the logic state of channel 4

Pulse Counter Mode:
Low-speed pulse count less than 10Hz with filter, anti-jamming:

• Set register “counter DI1: filter time” = 500-2000: Channel 1 counts pulses less than 10Hz
• Set register “counter DI2: filter time” = 500-2000: Channel 2 counts pulses less than 10Hz
• Set register “counter DI3: filter time” = 500-2000: Channel 3 counts pulses less than 10Hz
• Set register “counter DI4: filter time” = 500-2000: Channel 4 counts pulses less than 10Hz
• High-speed pulse count with max 2KHz frequency without filter:
• Set register “counter DI1: filter time” = 1: channel 1 counts pulses with Fmax = 2kHz
• Set register “counter DI2: filter time” = 1: channel 2 counts pulses with Fmax = 2kHz
• Set register “counter DI3: filter time” = 1: channel 3 counts pulses with Fmax = 2kHz
• Set register “counter DI4: filter time” = 1: channel 4 counts pulses with Fmax = 2kHz

5.4 Afọwọṣe Input

04 AI channels, no isolation (AI1 is a 4-20mA / 0-5 VDC / 0-10 VDC level sensor input )

Use DIP SW to configure Analog input: 0-10V, 0-20mA

Iye	Type of AI
0	0-10 V
1	0-20 mA

Iru igbewọle:

• Iwọn iwọntage: 0-10V
• Measure current: 0-20mA
• The configuration for AI reads the same logical state as DI, but it is not isolated with a pulse range of 0-24V

Imuwọle igbewọle:

• Iwọn iwọntage: 320 kΏ
• Measure the current: 499 Ώ

5.4.1 Read the Analog value
O ga 12 die -die
Non-Linearity: 0.1%
Analog value in Modbus Memory Map: 0-3900
Analog value register in the Modbus Memory Map:

• AI1 analog value: store the Analog value of channel 1
• AI2 analog value: stores the Analog value of channel 2
• AI3 analog value: store the Analog value of channel 3
• AI4 analog value: store the Analog value of channel 4

5.4.2 AI configuration works as DI
Ko si ipinya
AI Configure AI to read the same logic state as DI with pulse amplitude from 0-24V
There are 2 counter threshold AIx: logic threshold 0 and counter AIx: threshold logic 1 in the modbus table: 0-4095

• Analog Analog value of AI <counter AIx: threshold logic 0: is considered Logic 0 status of AI
• Analog Analog value of AI> counter AIx: threshold logic 1: is considered to be Logic 1 state of AI
• Counter AIx: threshold logic 0 = <Analog value of AI <= counter AIx: threshold logic 1: is considered to be the constant logic state

Logic Logical status value of AI in Modbus Memory Map table: 0-1
The register stores logical values in Modbus Memory Map:

• AI1___AI2: digital status: stores the logical state of channel 1 and channel 2.
  H_byte: AI1
  L_byte: AI2
• AI3___AI4: digital status: stores the logical state of channel 1 and channel 2.
  H_byte: AI3
  L_byte: AI4

5.4.3 Pulse Counter AI max 10Hz
Counter value in Modbus Memory Map, when adding the number beyond the threshold, it will automatically return: 0 4294967295 (32bits)
The register that stores Counter value in the Modbus Memory Map cannot be erased:

• Counter AI1: stores the logic state of channel 1
• Counter AI2: save logic state of channel 2
• Counter AI3: save logic state of channel 3
• Counter AI4: save logic state of channel 4
  The register that stores Counter value in the Modbus Memory Map cannot be erased:
• None reset counter AI1: stores the logic state of channel 1
• None reset counter AI2: stores the logic state of channel 2
• None reset counter AI3: stores the logic state of channel 3
• None reset counter AI4: save logic state of channel 4

5.5 Ifiranṣẹ

04 channel Relay SPDT NO / NC
Contact rating: 2A / 24VDC, 0.5A / 220VAC
There are status LEDs:

• Led on: Close Contact
• Led off: Open Contact

Default Relay Register	Status of relays when resetting power supplies
3	Operate according to the Alarm configuration

Iṣeto ni Itaniji:

• HIHI : Relay 4 On
• HI : Relay 3 On
• LO : Relay 2 On
• LOLO: Relay 1 On

5.6 Pulse wu

01 isolated open-collector channel
Opto-coupler: Source current Imax = 10mA, Vceo = 80V
Awọn iṣẹ: On / Off, pulse generator, PWM
5.6.1 On/Off Function
Set the Open-collector register in the Modbus Memory Map table:

• Set Open-collector register: 1 => Pulse Output ON
• Set Open-collector register: 0 => Pulse Output OFF

5.6.2 Pulse generator
Pulse output transmits a maximum of 65535 pulses, with Fmax 2.5kHz
Configure the following registers in the Modbus Memory Map table:

• Set register “open collector: pulse number”: 0-65535 => Pulse Number = 65535: broadcast 65535 pulses
• Set register “open collector: time cycle”: (0-65535) x0.1ms => Time Cycle = 4: Fmax 2.5kHz
• Set register “open collector: time on”: (0-65535) x0.1ms => Time On: is the logic time 1 of the pulse
• Set the register “open collector ctrl” = 3 => configure the Pulse Output to generate a pulse and start to pulse, generate a sufficient number of pulses in the “open collector: pulse number” register => stop pulse generator and register ” open collector ctrl ”= 0

5.6.3 PWM
Max frequency 2.5kHz
Configure the following registers in the Modbus Memory Map table:

• Set the register “open collector ctrl” = 2 => configure Pulse Output PWM function
• Set register “open collector: time cycle”: (0-65535) x0.1ms => Time Cycle = 4: Fmax 2.5kHz
• Set register “open collector: time on”: (0-65535) x0.1ms => Time On: is the logic time 1 of the pulse

Fifi sori ẹrọ

6.1 fifi sori ọna

6.2 Wiring with Level Sensor

Iṣeto ni

7.1 Iboju Ile

ẸRỌ: Switch to 2nd screen with more detailed information
Awọn itọju: Show Level Alert
ILE: Pada si Iboju ile
CONFIG. (Default Password: a): Go to Setting Screen
7.2 Setting screen (Default Password: a)
7.2.1 Iboju 1

ADCs: Raw signal value of channel AI1
Level (Unit): The level corresponds to the ADC signal after configuration
Decimal Places Level:Decimal number of digits after the dot of Level 0-3 (00000, 1111.1, 222.22, 33.333)
Unit level: level units, 0-3 (0: mm, 1: cm, 2: m, 3: inch)
Ninu 1: Enter the ADC value after putting 4 mA / 0 VDC into AI1 for calibration at 0 level
Iwọn 1: The level value displayed corresponds to the value entered in In 1 (usually 0)
Ninu 2: Enter the ADC value after putting 20 mA / 10 VDC into AI1 for calibration at Full level
Iwọn 2: The level value displayed corresponds to the value entered in In 2
Span Level: Maximum value of Level (Span Level ≥ Scale 2)
Decimal Places Volume: Decimal number of digits after the dot of Volume 0-3 (00000, 1111.1, 222.22, 33.333)
Unit Volume: units of volume 0-3 (0: lit, 1: cm, 2: m3, 3:%)
7.2.2 Iboju 2

Level Hi Hi Set point (Unit): High High level of Alarm Level
Level Hi Hi Hys (Unit): High High level hysteresis of Alarm Level
Level Hi Set point (Unit): High level of Alarm Level
Level Hi Hys (Unit): High level hysteresis of Alarm Level
Level Lo Set point (Unit): Low level of Alarm Level
Level Lo Hys (Unit): Low level hysteresis of Alarm Level
Level Lo Lo Set point (Unit): Low Low level of Alarm Level
Level Lo Lo Hys (Unit): Low Low level hysteresis of Alarm Level
Ipo Itaniji: 0: Level, 1: Volume
Span Volume(Unit): Maximum value of the volume
7.2.3 Iboju 3

Volume Hi Hi Set point (Unit): High High volume of Alarm Volume
Volume Hi Hi Hys (Unit): High High volume hysteresis of Alarm Volume
Volume Hi Set point (Unit): High volume of Alarm Volume
Volume Hi Hys (Unit): High volume hysteresis of Alarm Volume
Volume Lo Set point (Unit): Low volume of Alarm Volume
Volume Lo Hys (Unit): Low volume hysteresis of Alarm Volume
Volume Lo Lo Set point (Unit): Low Low volume of Alarm Volume
Volume Lo Lo Hys (Unit): Low Low volume hysteresis of Alarm Volume
Run Total: Run the total function. 0-1 (0: No 1: Yes)
7.2.4 Iboju 4

Filling (Unit): Total function: total put into tank
Consumption (Unit): Total function: total consumption of the tank
Decimal Places Total: Decimal number of parameters Filling, Consumption, NRT Filling, NRT Consumption on display page (not the setting page)
Delta Total (Unit): Hysteresis level of the total function
Adirẹsi Modbus: Modbus address of LFC128-2, 1-247
Modbus Baurate S1: 0-1 (0 : 9600 , 1 : 19200)
Modbus Parity S1: 0-2 (0: none, 1: odd, 2: even)
Modbus Baurate S2: 0-1 (0 : 9600 , 1 : 19200)
Modbus Parity S2: 0-2 (0: none, 1: odd, 2: even)
Num of Points: Number of points in the table to convert from level to volume, 1-166
7.2.5 Iboju 5

Point 1 Level (Level Unit): Level at Point 1
Point 1 Volume (Volume Unit): The corresponding volume at Point 1
Point 166 Level (Level Unit): Fuel level at Point 166
Point 166 Volume (Volume Unit): The corresponding volume at Point 166
7.2.6 Iboju 6

Ọrọigbaniwọle: Password to enter the Setting page, 8 ASCII characters
Tank Name: Tank name displayed on the main screen

Laasigbotitusita

Rara.	Awọn iṣẹlẹ	Idi	Awọn ojutu
1	Modbus failed to communicate	Modbus LED Status: LED is off: received no data LED is blinking: the Modbus configuration is not the correct	Check the connection Check the Modbus configuration: Address, Baud Rate, Parity
2	Timeout Modbus	Noise appears on the line	Configure Baudrate 9600 and use a twisted pair cable with anti-jamming protection
3	Sensọ Ge asopọ	Sensor and LFC128 lost connection	Checking connection Check sensor type (LFC128-2 only connects to 0-10VDC / 4- 20mA analog sensor type) Check the switch to see if it is turned on correctly Check that the sensor connector is correct AI1
4	Linearization table error	Error of conversion table from level to volume	Check the configuration of the conversion table from level to volume

Awọn olubasọrọ atilẹyin

Olupese
Daviteq Technologies Inc
No.11 Street 2G, Nam Hung Vuong Res., An Lac Ward, Binh Tan Dist., Ho Chi Minh City, Vietnam.
Tel: +84-28-6268.2523/4 (ext.122)
Imeeli: info@daviteq.com
www.daviteq.com

Awọn iwe aṣẹ / Awọn orisun

daviteq LFC128-2 Advanced Level Display Controller [pdf] Ilana itọnisọna LFC128-2, LFC128-2 Advanced Level Display Controller, Advanced Level Display Controller, Level Display Controller, Display Controller

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