Seneca S311D Installation Manual Download Page 7

MI00150-10-EN

INSTALLATION MANUAL

7/9

PARAMETERS TO SET FROM THE MENU:

 

A.L.. . 

and

a.L.2. .

Parameters related to alarm 1: accessible from menu 

a.L.. . 

and identified by final index 1.

Parameters related to alarm 2: accessible from menu 

A.L.. . 

and identified by final index 2.

Parameter code

Parameter name

SETTING RANGE AND DESCRIPTION

DEFAULT VALUE

et1

Threshold for alarm 1. If frequency meter then frequency value shown on the display (decimal 

point imposed by 

d_Pd

). Settable values between the limits of TABLE 1.

If totalizer then totalizer value shown on the display. Settable values 

between the limits of TABLE 2.

500

set2

Threshold for alarm 1.

100

HY1

Hysteresis for alarm 1. Hysteresis has no effect on the totalizer alarms.

Settable values between the limits of TABLE 1

10

HY2

Hysteresis for alarm 2.

10

tYp1

Alarm 1 type

0 = Alarm not active

1 = Alarm on the minimum threshold

2 = Alarm on the maximum threshold

3 = Alarm on the minimum held threshold (does not automatically reset)

4 = Alarm on the maximum held threshold (does not automatically reset).

5 = Alarm on the totalizer threshold value. (does not automatically reset)

0: Al 1 not active

tYp2

Alarm 2 type

0: Al 2 not active

rLY1

Relay 1: N.O. or N.C. Relay operation:

0 = relay normally open (N.O.)

1 = relay normally closed (N.C.).

0: N.O.

rLY2

Relay 2: N.O. or N.C.

0: N.O.

PARAMETERS TO SET FROM THE MENU:

 

.U.t. .

L-t

Frequency display 

value associated with 

the minimum output 

value

Limits for scaling the retransmitted output see TABLE1.

Decimal point imposed by 

dP-d

.

0

H-t

Frequency display 

value associated with 

the maximum output 

value

1000

tYpe

Type of retransmitted 

output

1= 0 ÷ 10 V 

2= 4 ÷ 20 mA

3= 0 ÷ 20 mA 

4= Totalizer digital output

2 = 4 ÷ 20 mA

 

PARAMETERS TO SET FROM THE MENU:

 

b.U.. .

Addr

MODBUS Address

Settable values: from 1 to 255.

1

PAr

Parity control type

0= None                  1= Even                   2= Odd

0 = None

dEL

Delayed response 

time

Number of pauses of 6 characters each between the end of the Rx 
message and the beginning of the Tx. Settable values: 0 – 255.

0 = No delay

baUd

Serial communication 

speed

Serial communication speed in baud:

0= 1200 

4= 14400

1= 2400 

5= 19200

2= 4800 

6= 38400

3= 9600 

7= 57600

6 = 38400

PARAMETERS TO SET FROM THE MENU:

 

.Y.. .

CN

Display contrast

Values from 1 (minimum contrast) to 20 (maximum)

10

UPDN

Totalizer type:

Increasing or 

decreasing

0 = The totalizer increases by one unit at each rising edge of the digital input.

1 = The totalizer decreases by one unit at each rising edge of the digital input.

0 = UP

DFL

Default settings

1 = Overwrites the set parameters with the default values.

Summary of Contents for S311D

Page 1: ...opriate measures during any operation PRELIMINARY WARNINGS The word WARNING preceded by the symbol indicates conditions or actions that put the user s safety at risk The word ATTENTION preceded by the symbol indicates conditions or actions that might damage the instrument or the connected equipment The warranty shall become null and void in the event of improper use or tampering with the module or...

Page 2: ... the parameters of the instrument can be set via the Programming Menu or RS485 via optional board The alarm thresholds can also be set quickly via the specific Quick Alarm Menu The dedicated Easy Setup software for programming configuring the module was also developed see www seneca it Retransmission mode The instrument accepts the following retransmission modes Analogue output The measurement of ...

Page 3: ...NS Removable screw terminals 3 5 mm 5 08 mm pitch DIGITAL INPUT Type Reed Npn 2 wires npn 24 V 3 wires or pnp 24 V 3 wires NAMUR Photoelectric Astra Hall 24 V input TTL Variable reluctance Absorbed current max 7 mA Vmax 28 Vdc Sensor power supply 17 Vdc Frequency band 0 00014 Hz 10 kHz Frequency resolution 0 05 ANALOGUE OUTPUT Applied current 0 20 mA max load resistance 500 W Voltage 0 10 V min lo...

Page 4: ...increased by one unit at each rising edge of the digital input Decreasing it is decreased by one unit at each rising edge of the digital input Once the maximum or minimum limit is reached counting restarts from zero It is also possible to set a reduction ratio by which to divide the totalizer value the resulting value will then be displayed Reset can also take place in the following three ways Fro...

Page 5: ...100 mV The internal power supply for the sensors equal to 17 Vdc is available at terminals 7 and 10 03 04 05 06 VOLTAGE V 03 04 05 06 APPLIED CURRENT A Active output already powered to be connected to passive inputs 03 04 05 06 EXTERNAL POWER SUPPLY Passive output not powered to be connected to active inputs DIGITAL OUTPUT 03 04 05 06 I OPTIONAL BOARD CONNECTIONS R I max V R 50 mA I 21 20 19 RS485...

Page 6: ...mposed by DPIN Minimum value 0 Max value depending on the display 4 11 4 7 digits 9999 without decimal point 6 8 digits 10000 without decimal point 1000 Hz dpIn Position of decimal point in HI F 0 no decimal point e g 00009999 1 first digit e g 0000999 9 2 second decimal point e g 000099 99 3 third decimal point e g 00009 999 4 fourth decimal digit e g 0000 9999 only for 6 and 8 digit models 0 Dec...

Page 7: ... not active rLY1 Relay 1 N O or N C Relay operation 0 relay normally open N O 1 relay normally closed N C 0 N O rLY2 Relay 2 N O or N C 0 N O PARAMETERS TO SET FROM THE MENU O U t LO t Frequency display value associated with the minimum output value Limits for scaling the retransmitted output see TABLE1 Decimal point imposed by dP d 0 HI t Frequency display value associated with the maximum output...

Page 8: ...a flash card and after a few moments reset the module SUMMARY OF BUTTON ACTIONS in display mode Below is a summary of the actions that can be performed from the button starting from the display phase not programming In order for the actions to be carried out the pressure on the buttons must last a few seconds ERROR REPORTING Any errors are also shown directly on the display Below are the possible ...

Page 9: ...ange HYS1 Change tyP1 Change rLy1 Change HI d Change dp_d Change FILT Change AVI Change HI F Change DPIN Change IrES Change PASS PASS HI F dp_D FILt FAHR FAHR FAHR AVI Typ1 Typ2 FAHR FAHR RLy1 RLy2 O u t LO t HI t type B U S ADDR PAR DEL BAUD S Y S COnt UPDN DFLT T o T RatI C o n F Back to E X I T dPIn dP_T Back to EN Programming menù diagram IT Schema menù di programmazione ES Esquema menù de pro...

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