background image

*1a)

[1]

PASSW.

0000

10.4mA

%

40.0

OK

[82]

PROG.

OK

9999

0000

*3)

[2]

ADV.SET

NO

YES

NO

OK

(correct)

(NO)

(YES)

[3]

IN.TYPE

NPN

OK

x V

x mA

TACH

TTL

NPN

PNP

S0

NAMUR

[4]

TRIG.LO

0.80

6.45

-0.05

OK

(x V)

[5]

TRIG.HI

2.00

6.50

0.00

*5)

[6]

Z.IN

HI.Z

PL.DN

PL.UP

HI.Z

[7]

S.SUP

17.0

5.0

17.0

OK

[8]

IN.UNIT

Hz

Hz

rpm

s

OK

[9]

IN.LO

0 mHz

0 mHz

99.99 kHz

[10]

IN.HI

100.0 Hz

1 mHz

100.0 kHz

*6)

[11]

FILTER

NO

YES

NO

*8)

[12]

%

UNIT

pH

|

°C

(74 units

+”blank

”)

[13]

DEC.P

1 1 1.1

1 1 1 1

1 1 1.1

1 1.1 1

1.1 1 1

[14]

DISP.LO

0.0

999.9

-199.9

[15]

DISP.Hi

100.0

999.9

-199.9

[16]

DISP.RP

0.0

0.0

60.0

Press         to enter Fastset menu

[4]

TRIG.LO

1.2

9.8

0.0

[5]

TRIG.HI

2.1

10.0

0.2

*5)

OK

(x mA)

(TACHO/TTL/NPN/PNP)

S0/NAMUR

*3)   Only shown if password is enabled

The 45xx will power off after 1 minute

*5) TRIG.HI value is limited to a value

*6) IN.HI value is limited to a value greater than IN.LO value

*8) Only shown if IN.HI ≤ 

75 Hz

       

(or corresponding period time / rpm value)

C

m/s

p/m

kWh

m3/min

F

mm/s

p/h

W

m3/h

K

m/min

p/d

GW

l/s

%

m/h

t

MW

l/min

m

in/s

kg

kW

l/h

cm

ips

g

hp

gal/min

mm

ft/s

N

A

gal/h

um

in/min

Pa

kA

t/h

ft

ft/min

Mpa

mA

mol

In

in/h

kPa

uA

pH

mils

ft/h

hPa

V

blank

yd

m/s2

Bar

kV

m3

rpm

mbar

mV

l

Hz

kJ

Ohm

s

kHz

Wh

S

min

mHz

MWh

uS

*1b)

*1a) Default State

*1b) Default State – Unpowered (PROG mode)

0.05 V or 0.2 mA greater than TRIG.LO

*2)

*2)   Setpoint is read-only (fixed) if Fastset is disabled

”Default State”

OK

[72]

RELAY1

50.0

999.9

-199.9

Press         to enter Release Latch menu

[73]

R1.LATC

40.0

*1c)

[74]

ENT.SET

NO

YES

NO

OK

”Default State”

OK

(NO)

(YES)

[1]

PASSW.

0000

9999

0000

*3)

OK

(correct)

[75]

R1.RLSE

NO

YES

NO

”Default State”

OK

*1c) Default State – Relay latched

*4)

*4)   The relay can only be released if the reason for the 

activated relay is no longer present

OK

OK

3225B Configuration Menu

Default

 (Power-

up)

[83]

P.REV

1

1

1000

[9]

IN.LO

10 mRPM

0 mRPM

99.99 kRPM

[10]

IN.HI

100.0 RPM

1 mRPM

100.0 kRPM

*6) *7)

OK

[9]

IN.LO

10 µs

10 µs

999.8 s

[10]

IN.HI

100.0 ms

11 µs

999.9 s

*6)

OK

OK

OK

*7) IN.HI value is limited to a maximum value of (6 x 10

6

 / P.REV)

(Hz)

(rpm)

(s)

3225B Configuration Menu V1R0

[52]

SETUP

MEM

MEM

DISP

[4]

MEMORY

SAVE

SAVE

LOAD

OK

(MEM)

[54]

CONTRA.

3

9

0

(DISP)

CAL

SIM

PASS

LANG

IFUN

[55]

LIGHT

9

9

0

[56]

TAGNO

9

A

[58]

CAL.LO

NO

YES

NO

*11) (CAL)

*11)

[60]

%

4.0

100.0

0.0

11*) *12)

OK

(NO)

(YES)

OK

[59]

CAL.HI

NO

YES

NO

*11)

[61]

%

75.0

100.0

0.0

*11) *12)

OK

(NO)

(YES)

YES

NO

*11)

[62]

USE.CAL

NO

OK

[63]

ENA.SIM

NO

YES

NO

*11) (SIM)

*11)

[64]

%

40.0

100.0

0.0

*11) *12)

OK

(NO)

(YES)

OK

”Default State”

[66]

EN.PASS

NO

YES

NO

(PASS)

[67]

NEW.PAS

0000

9999

0000

OK

(NO)

(YES)

OK

[69]

LANGUA

UK

ES

|

(LANG)

UK

OK

[71]

I.FUNC

NONE

SQRT

L.COF

(IFUN)

[76]

SQRT.LO

0.000

0.000

1.000

(SQRT)

(LCOF)

NONE

(NONE)

OK

[77]

SQRT.HI

1.000

0.000

1.000

[78]

CUT.TYP

ZERO

ZERO

LIN

NONE

[79]

LO.CUT

5.0

0.0

50.0

OK

*11)   Not shown if module is unpowered (PROG mode)

*12) Selectable range as defined by DEC.P, DISP.LO and DISP.HI.

(ZERO)

(LIN)

(NONE)

(Escapes to Default State if power is removed from module)

[68]

EN.FAST

NO

YES

NO

[65]

REL.SIM

NO

OK

*11)

[70]

R1.LATC

NO

YES

NO

(LATC)

*11)

*11)

UK - English

DK - Danish

DE - German

FR - French

SE - Swedish

IT - Italian

ES - Spanish

OK

”Default State”

OK

”Default State”

OK

”Default State”

OK

”Default State”

”Default State”

OK

”Default State”

”Default State”

”Default State”

OK

[30]

REL.UNI

PERC

DISP

PERC

[32]

R1.CONT

N.O.

N.O.

N.C.

OK

(SETP)

OK

[32]

R1.CONT

N.O.

N.O.

N.C.

(WIND)

[31]

R1.FUNC

SETP

SETP

WIND

[33]

R1.SETP

50.0

100.0

0.0

[34]

ACT.DIR

INCR

INCR

DECR

[35]

SETP.LO

50.0

100.0

0.0

[37]

ACT.DIR

A.I.W

A.I.W

A.O.W

[36]

R1.SETP

50.0

100.0

0.0

[39]

R1.HYST

1.0

100.0

0.0

[40]

ERR.ACT

NONE

HOLD

CLOS

[42]

OFF.DEL

0

3600

0

[41]

ON.DEL

0

3600

0

OK

OK

*9)

OPEN

NONE

[43]

ILIM.L

NO

YES

NO

[45]

LIM.LO

0.00

100.0k

0.000

[49]

ERR.R1

NONE

*10)

OK

(NO)

(YES)

[44]

ILIM.H

NO

YES

NO

(NO)

(YES)

OK

[46]

LIM.HI

110.0

100.0k

0.000

*10)

OK

OK

[51]

POW.DEL

0

9999

0

”Default State”

OK

*9)   Only  shown if IN.TYPE = NAMUR

HOLD

CLOS

OPEN

NONE

[49]

ERR.R1

NONE

HOLD

CLOS

OPEN

NONE

*10)   Possible values for LIM.LO and LIM.HI depend on values configured for IN.LO and IN.HI

 

3225V100-UK 29

Routing diagram - 3225B

*10)  Possible values for LIM.LO and LIM.HI depend on values configured for IN.LO and IN.HI.

*9)   Only shown if IN.TYPE = 

NAMUR.

*1a)   Default  state.   

Press 

1

 to enter FastSet menu.

*1b)   Default state – unpowered (PROG mode). 

The PR 4500 will power off after 1 minute.

*1c)   Default state – Relay latched. 

Press 

1

 to enter Release Latch menu.

*2)   Setpoint is read-only (fixed) if Fastset is 

disabled

*3)   Only shown if password is enabled.
*4)   The relay can only be released if the reason 

for the activated relay is no longer present

*11)   Not shown if device is unpowered (PROG mode). 

(Escapes to default state if power is removed from device).

*12)  Selectable range as defined by DEC.P, DISP.LO and DISP.HI.

*5)   TRIG.HI value is limited to a value 0.05 V or 0.2 mA greater than TRIG.LO.
*6)   IN.HI value is limited to a value greater than IN.LO value.
*7)   IN.HI value is limited to a maximum value of (6 x 10

6

 / P.REV).

*8)   Only shown if IN.HI ≤ 75 Hz (or corresponding period time / rpm value).

(correct)

(correct)

(74 units 
+ "blank")

Содержание 3225A

Страница 1: ...DE SMARTER Zone 2 ZONE 2 P E N D I N G Product manual 3225 Universal frequency converter TEMPERATURE I S INTERFACES COMMUNICATION INTERFACES MULTIFUNCTIONAL ISOLATION DISPLAY No 3225V100 UK From seria...

Страница 2: ...sive easy to use future ready communication interfaces that can access your PR installed base of products All the interfaces are detachable have a built in display for readout of process values and di...

Страница 3: ...characteristics 12 Programming 17 DIP switch configuration 17 PR 4590 ConfigMate programming 19 Configurable input error indication and input limits 20 Low cut off function 22 Square root function 22...

Страница 4: ...ld only be carried out on a disconnected device and under ESD safe conditions General mounting connection and disconnection of wires Troubleshooting the device Repair of the device and replacement of...

Страница 5: ...tronics A S www prelectronics com Mounting and connection of the device should comply with national legislation for mounting of electric materials e g wire cross section protective fuse and location D...

Страница 6: ...zardous voltages Detach the device from the rail by moving the bottom lock down System 3000 devices can be mounted on DIN rail or power rail where applicable When installing system 3000 devices with p...

Страница 7: ...by a module stop PR part number 9404 Power supply units can be mounted on the power rail according to customer requirements Marking The front cover of the 3225 has been designed with an area for affi...

Страница 8: ...ely you can connect 24 VDC to any 3000 device with power rail connector which will then energize other units on the rail Power rail solution 3 The PR 9410 power control unit can energize and power 96...

Страница 9: ...multaneous sensor error detection PATENTED All terminals are over voltage protected polarity protected and short circuit protected Technical highlights Accuracy 0 06 span Temperature coefficient 0 006...

Страница 10: ...t 3225B Power rail connections Only type 3225A with power rail option 3225A Contact NPN Special trig current voltage TTL S0 NAMUR PNP NPN Tacho Supply Supply Supply Supply Rail supply Rail supply No c...

Страница 11: ...3225V100 UK 11 Block diagram 3225 4 3 2 1 5 8 7 6 f in D A 3225A 3225B R CPU VReg 5 17 V Supply Supply Green Yellow VBuf Yellow Freq detector CPU Red...

Страница 12: ...h serial number 211394001 Accessories for power rail devices 3405 Power rail connector unit 9400 Power rail 7 5 or 15 mm high 9410 Power control unit 9421 Power supply Technical characteristics Enviro...

Страница 13: ...perature coefficient Frequency input 0 100 kHz 0 01 of input frequency 0 0005 C Basic values Input type Range s Basic accuracy Temperature coefficient Frequency input 0 100 kHz 0 0002 Hz 0 0005 C Outp...

Страница 14: ...acc to DIN 43864 Trig level LOW 2 2 mA Trig level HIGH 9 0 mA Input impedance 758 220 pF Sensor supply 17 V 23 mA NAMUR input NAMUR according to EN 60947 5 6 Trig level LOW 1 2 mA Trig level HIGH 2 1...

Страница 15: ...time programmable 0 60 s Sensor error detection 0 3 5 23 mA none Input limiters error indication levels See tables on page 21 Current limit 28 mA Voltage output Signal range 11 5 VDC Programmable stan...

Страница 16: ...01 1 10 100 10 1000 Observed authority requirements EMC 2014 30 EU UK SI 2016 1091 LVD 2014 35 EU UK SI 2016 1101 RoHS 2011 65 EU UK SI 2012 3032 ATEX 2014 34 EU UK SI 2016 1107 Approvals c UL us UL...

Страница 17: ...ay and verify parameter values and device status For DIP switch programming the non DIP switch programmable parameters are set at factory default values Calculating DIP switch settings for Input high...

Страница 18: ...18 3225V100 UK DIP switch settings 3225A DIP switch settings 3225B For easy DIP switch programming our DIP switch configurator can be found at www prelectronics com dip switch configurator...

Страница 19: ...3225 and inserting the jack into the plug A reference for the complete menu structure and programming options can be found in the section Routing diagram on page 28 For further information on how to n...

Страница 20: ...NE43 for a 4 20 mA output span For all other output spans equivalent output error indications are used see tables on page 21 When input limit is enabled and error state NONE is selected the input erro...

Страница 21: ...error indication 0 20 mA 0 mA 23 mA 0 mA 20 5 mA 23 mA 0 mA 0 mA No error indication Output limits and error indications voltage output Input limit disabled NAMUR sensor error detection input limit e...

Страница 22: ...te Time Time 8 ms 8 ms 8 ms 8 ms 8 ms 8 ms 1111 s or 2 s Input low cut off Default configured for 1111 s 0 0009 Hz or 2 s 0 5 Hz with L COF enabled Square root function A Square root function can be a...

Страница 23: ...ship either changes to a linear relationship or the output is truncated to zero The two principles are illustrated below Linear cut off in_min 0 0 Output range Input range 0 144 1 15 0 288 0 719 0 431...

Страница 24: ...25B 3 different settings of relay function can be selected Setpoint The device works as a single limit switch Window The relay has a window that is defined by a low and high setpoint On both sides of...

Страница 25: ...esis 10 Setpoint 50 Relay action Increasing Relay action Decreasing 1 2 Normal function Relay configured for N O Inverse function Relay configured for N C 1 2 1 2 Relay function Active Inside Window A...

Страница 26: ...ay OFF delay Relay latched Relay latched Closed Open Relay contact N O Release not possible still inside window Release not possible inside hysteresis Release not possible OFF delay still active Relea...

Страница 27: ...l value is entered via the PR 4500 communication interface If you accept to use the calibration the device will work according to this new adjustment If you later reject this menu point or choose anot...

Страница 28: ...M 9 64 40 0 100 0 0 0 9 10 OK NO YES OK Default State 66 EN PASS NO YES NO PASS 67 NEW PAS 0000 9999 0000 OK NO YES OK 69 LANGUA UK ES LANG UK OK 71 I FUNC NONE SQRT L COF IFUN 76 SQRT LO 0 000 0 000...

Страница 29: ...1 64 40 0 100 0 0 0 11 12 OK NO YES OK Default State 66 EN PASS NO YES NO PASS 67 NEW PAS 0000 9999 0000 OK NO YES OK 69 LANGUA UK ES LANG UK OK 71 I FUNC NONE SQRT L COF IFUN 76 SQRT LO 0 000 0 000 1...

Страница 30: ...in of input range Set up relay in display units 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 19 20 21 30 Select WINDOW function relay is controlled by 2 setpoints Select SETPOINT function relay is contr...

Страница 31: ...ity Select language Enable Relay Latch function Select no input function Select 0 5 Hz low cut off on input No effect on period time input Select Square Root Input Function Relay setpoint press 3 to s...

Страница 32: ...status is easy from either the front LEDs Status indicators front LEDs Indicator Indicator pattern Condition Power 13 Hz 250 ms Normal operation 1 Hz 2 ms Device OK Sensor or Input limit error Solid I...

Страница 33: ...fied personnel who are familiar with the national and international laws directives and standards that apply to this area The devices shall be installed in a suitable enclosure providing a degree of p...

Страница 34: ...34 3225V100 UK Document history The following list provides notes concerning revisions of this document Rev ID Date Notes 100 2204 Initial release of the product...

Страница 35: ...ntation We are headquartered in Denmark and have offices and authorized partners the world over We are a local business with a global reach This means that we are always nearby and know your local mar...

Страница 36: ...ndards for products communicating monitoring and connecting our customers process measurement points to their process control systems Our innovative patented technologies are derived from our extensiv...

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