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AMALGAMATED INSTRUMENT LC-CL Series, Manual

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AMALGAMATED INSTRUMENT LC-CL Series Manual Download Page 10

3

Function tables - Arithmetic mode

Note: the order in which the functions appear on the display may not be exactly as shown below. The
availability and order of functions is determined by choice of function settings and options fitted.

Functions in this first table are available in

FUNC

or

CAL

mode

Display

Function

Range

Default

Your

record

Ref/Page

A1Lo

Low setpoint value for alarm relay

1

Any display

value or

OFF

OFF

4.1

/

16

A1Hi

High setpoint value for alarm relay

1

Any display

value or

OFF

OFF

4.2

/

17

A2Lo

Low setpoint value for alarm relay

2

Any display

value or

OFF

OFF

4.3

/

17

A2Hi

High setpoint value for alarm relay

2

Any display

value or

OFF

OFF

4.4

/

17

A1HY

Hysteresis value for alarm relay 1

0

to

9999

10

4.5

/

18

A2HY

Hysteresis value for alarm relay 2

0

to

9999

10

4.6

/

18

A1tt

Trip time delay for alarm relay 1

0

to

999.9

0.0

4.7

/

18

A2tt

Trip time delay for alarm relay 2

0

to

999.9

0.0

4.8

/

19

A1rt

Reset time delay for alarm relay 1

0.0

to

999.9

0.0

4.9

/

19

A2rt

Reset time delay for alarm relay 2

0.0

to

999.9

0.0

4.10

/

19

A1n.o

or

A1n.c

Alarm relay 1 action to normally

open or normally closed

A1n.o

or

A1n.c

A1n.o

4.11

/

19

A2n.o

or

A2n.c

Alarm relay 2 action to normally

open or normally closed

A2n.o

or

A2n.c

A2n.o

4.12

/

20

A2SP

or

A2t1

Relay operation independent

setpoint or trailing setpoint

A2SP

or

A2t1

A2SP

4.13

/

20

(

∗

Optional

)—this function will only be accessible if the relevant option is fitted

Functions in this second table are available only in

CAL

mode or if

ACCS

is set to

ALL

Display

Function

Range

Default

Your

record

Ref/Page

brGt

Display brightness level

1

to

63

63

4.14

/

20

brGt

AUto

Automatic display brightness

adjustment

on

or

OFF

OFF

4.16

/

21

brGt

HIGH

Automatic display brightness

adjustment - high level

1

to

63

63

4.17

/

21

brGt

Lo

Automatic display brightness

adjustment - low level

1

to

63

1

4.18

/

21

duLL

Display remote brightness

switching

0

to

63

15

4.15

/

20

drnd

Display rounding

1

to

5000

1

4.19

/

21

(

∗

Optional

)—this function will only be accessible if the relevant option is fitted

10 of

44

LDRSMANADD-2.3-0

Summary of Contents for LC-CL Series

Page 1: ...lay Arithmetic and Wind Speed Direction Addendum AMALGAMATED INSTRUMENT CO PTY LTD ACN 001 589 439 Unit 5 28 Leighton Place Hornsby Telephone 61 2 9476 2244 e mail sales aicpl com au NSW 2077 Australi...

Page 2: ...allation 4 3 Function tables Arithmetic mode 10 4 Arithmetic and Wind Speed Direction mode functions 15 5 Arithmetic function examples 40 6 Function table Wind Speed and Direction mode 41 7 Wind speed...

Page 3: ...o 20 0 seconds The instruments polled for arithmetic operation must be of the same manufacture as this instrument To operate in this mode the COdE function must be set to ARth Wind speed and direction...

Page 4: ...is manual to confirm proper selection of voltage polarity and input type before applying power to the instrument When power is applied the instrument will cycle through a display sequence indicating t...

Page 5: ...olated DC supply E IN Optional isolated dc board for use with 100mm 200mm led displays and 100mm electromagnetic displays only CASE EARTH Input DC 12 24V Output DC to display board 2 5 100mm and 200mm...

Page 6: ...ge instruments use a different transformer Do not use a low voltage transformer for 240V or 110V or vice versa 110VAC 42VAC 32 TO 36VAC 24VAC ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE ACTIVE NEUTRAL NEUTRAL...

Page 7: ...g RS232 to a 9 or 25 pin D type connector the standard connections are as follows 9 pin Tx pin 3 Rx pin 2 GND pin 5 25 pin Tx pin 2 Rx pin 3 GND pin 7 See note below regarding Tx and Rx crossing when...

Page 8: ...ith connections on terminal P2 The relays are single pole single throw types and are rated at 5A 240VAC into a resistive load The relay contacts are voltage free and may be programmed for normally ope...

Page 9: ...S MMW 005 wind speed and direction sensor The WS MMW 005 can be connected as either RS232 or RS485 not serial current loop use the connection type which matches the input type of the display LDRSMANAD...

Page 10: ...e delay for alarm relay 1 0 0 to 999 9 0 0 4 9 19 A2rt Reset time delay for alarm relay 2 0 0 to 999 9 0 0 4 10 19 A1n o or A1n c Alarm relay 1 action to normally open or normally closed A1n o or A1n...

Page 11: ...to t8 P1 4 31 24 Ch7 Addr Channel 7 address P1 to P8 or S1 to S8 or t1 to t8 P1 4 32 24 Ch8 Addr Channel 8 address P1 to P8 or S1 to S8 or t1 to t8 P1 4 33 24 Ch1 dCPt Channel 1 decimal point 0 0 1 et...

Page 12: ...32767 1 4 53 28 EA5 EA5 value for arithmetic formula 32727 to 32767 1 4 54 28 Eb5 Eb5 value for arithmetic formula 32727 to 32767 0 4 55 28 EC5 EC5 value for arithmetic formula 32727 to 32767 1 4 56 2...

Page 13: ...70 32 OP6 Arithmetic operation between channel 7 and previous operation Add Sub Prod diU High Lo SINE or COS Add 4 71 32 OP7 Arithmetic operation between channel 8 and previous operation Add Sub Prod...

Page 14: ...ss mode OFF EASY NONE or ALL OFF 4 85 36 SPAC Setpoint access mode Optional A1 A1 2 etc A1 4 86 36 A1 Alarm relay 1 operation channel ch0 to ch8 ch0 4 91 38 A2 Alarm relay 2 operation channel ch0 to c...

Page 15: ...now indicate followed by the first function 2 Within 2 seconds of releasing the button press then release the and buttons together The display will now indicate followed by the first function FUNC FU...

Page 16: ...used then the only way to view or alter any other function settings is to power up via CAL mode i e there is no entry to FUNC mode functions unless the instrument is powered up in CAL mode 4 1 Alarm r...

Page 17: ...high setpoint then the relay will activate when the value displayed moves outside the band set by the low and high setpoints The value at which the relay will reset is controlled by the A1HY function...

Page 18: ...isplay value falls to 20 0 or below and will reset when the display value goes above 30 0 i e at 30 1 or above The hysteresis units are expressed in displayed engineering units Example If A1Hi is set...

Page 19: ...A1rt is set to 10 0 seconds then the resetting of alarm relay 1 will be delayed by 10 seconds 4 10 Alarm relay 2 reset time Display A2rt Range 0 0 to 999 9 Default Value 0 0 Displays and sets the alar...

Page 20: ...o 50 then Alarm 1 will activate at 1000 and alarm 2 will activate at 1050 i e 1000 50 If Alarm 2 had been set at 50 then alarm 2 would activate at 950 i e 1000 50 4 14 Display brightness Display brGt...

Page 21: ...The high brightness level sets the maximum brightness which the automatic brightness control can achieve with 63 being the highest intensity 4 18 Automatic display brightness adjustment low level Dis...

Page 22: ...ay may take to reach its final value when the input is changed similarly the relay operation and any output options will be slowed down when the filter setting is increased To set the digital filter v...

Page 23: ...ndary values are available for that instrument The primary value is the main display value for that instrument e g For a conductivity instrument the conductivity would be the primary value and the tem...

Page 24: ...26 for further information 4 32 Channel 7 address Display Ch7 Addr Range P1 to P8 or S1 to S8 or t1 to t8 Default Value P1 Seen only when Code function is set to SCAN or Arth Scan address for channel...

Page 25: ...s and sets the decimal point for input channel 2 See function 4 34 for further details 4 38 Channel 5 decimal point Display Ch5 dCPt Range 0 0 1 etc Default Value 0 Seen only in CodE Arth mode Display...

Page 26: ...Ch2 Eb2 EC2 Add Sub Prod diU hIGh Lo SinE Cos C SUb EA3 Ch3 Eb3 EC3 etc for the remaining active channels Note A and C are whole numbers b has the same decimal place setting as its associated channel...

Page 27: ...isplays and sets the EA3 value to be used in the arithmetic formula See function 4 42 for further details 4 49 Channel 3 Eb3 value for arithmetic formula Display Eb3 Range 32727 to 32767 Default Value...

Page 28: ...e EA5 value to be used in the arithmetic formula See function 4 42 for further details 4 55 Channel 5 Eb5 value for arithmetic formula Display Eb5 Range 32727 to 32767 Default Value 0 Seen only in Cod...

Page 29: ...e EA7 value to be used in the arithmetic formula See function 4 42 for further details 4 61 Channel 7 Eb7 value for arithmetic formula Display Eb7 Range 32727 to 32767 Default Value 0 Seen only in Cod...

Page 30: ...formula Sub channel 1 formula minus channel 2 formula Prod channel 1 formula times channel 2 formula diU channel 1 formula divided by channel 2 formula High highest of channel 1 formula or channel 2...

Page 31: ...and OP2 times channel 4 formula diU mathematical result of OP1 and OP2 divided by channel 4 formula High highest of mathematical result of OP1 and OP2 or channel 4 formula Lo lowest of mathematical r...

Page 32: ...formula Lo lowest of mathematical result of OP1 and OP2 and OP3 and OP4 or channel 6 formula Sine mathematical result of OP1 and OP2 and OP3 and OP4 times the sine of the angle represented by channel...

Page 33: ...nd OP6 or channel 8 formula Lo lowest of mathematical result of OP1 and OP2 and OP3 and OP4 and OP5 and OP6 or channel 8 formula Sine mathematical result of OP1 and OP2 and OP3 and OP4 and OP5 and OP6...

Page 34: ...and sets the polarity selection for the display of the engineering value for channel 3 See function 4 74 for further information 4 77 Channel 4 polarity Display Ch4 Range both POS or NEG Default Value...

Page 35: ...e new mode ARTH mode Arithmetic mode In this mode the display can accept inputs from up to 8 external sources and combine them arithmetically using a flexible formula see the EA1 formula for details o...

Page 36: ...to gain access to alarm and calibration functions If set to ALL then access to all functions including calibration functions can be gained via FUNC mode 4 86 Setpoint access mode Display SPAC Range A1...

Page 37: ...function is set to UAL Remote input function When these remote input terminals are short circuited via a switch relay keyswitch etc the instrument will perform the selected remote input function A me...

Page 38: ...brightness control The remote input can be used to change the display brightness When this mode is selected the display brightness can be switched via the remote input terminals between the brightnes...

Page 39: ...for 8 data bits plus 1 stop bit or 7 bit for 7 data bits plus 1 stop bit This must be set to match the number of data bits of the sending device 4 97 Serial communications type Display SER 1 tYPE Rang...

Page 40: ...est of the 3 inputs Channel 1 input is to be multiplied 2 3 Program EA1 2 Eb1 0 EC1 3 EA2 1 Eb2 0 EC2 1 EA3 1 Eb3 0 EC3 1 OP1 HiGH OP2 HiGH 2 Ch1 0 3 HIGH 1 Ch2 0 1 HIGH 1 Ch3 0 1 Example 3 To multipl...

Page 41: ...9 0 0 4 8 19 A1rt Reset time delay for alarm relay 1 0 0 to 999 9 0 0 4 9 19 A2rt Reset time delay for alarm relay 2 0 0 to 999 9 0 0 4 10 19 A1n o or A1n c Alarm relay 1 action to normally open or n...

Page 42: ...input external input one function NONE P HLd d HLd Hi Lo HiLo tARE ZERO SP Ac No Ac or duLL NONE 4 90 37 ACCS Access mode OFF EASY NONE or ALL OFF 4 85 36 SPAC Setpoint access mode Optional A1 A1 2 e...

Page 43: ...t to 4800 with no parity PrtY function and 8 data bits dAtA function The display can be set to show wind speed wind direction or to toggle using or v button or automatically alternate the display betw...

Page 44: ...SO N 14 0E 9 57 39 d 100 64 SI O 15 0F 58 3A e 101 65 DLE P 16 10 59 3B f 102 66 DC1 Q 17 11 60 3C g 103 67 DC2 R 18 12 61 3D h 104 68 DC3 S 19 13 62 3E i 105 69 DC4 T 20 14 63 3F j 106 6A NAK U 21 15...

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