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AMALGAMATED INSTRUMENT LD5-RS, Operation And Instruction Manual

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AMALGAMATED INSTRUMENT LD5-RS Operation And Instruction Manual Download Page 63

•

NONE

- If this option is selected then remote input 1 will have no function.

•

P.HoId

- peak hold. The display will show the peak value (highest positive value) only whilst the remote

input terminals are short circuited i.e. the display value can rise but not fall whilst the input terminals are
short circuited. The message

P.HLd

will appear briefly every 8 seconds whilst the input terminals are short

circuited to indicate that the peak hold function is active.

•

d.HoId

- display hold. The display value will be held whilst the remote input terminals are short circuited.

The message

d.HLd

will appear briefly every 8 seconds whilst the input terminals are short circuited to

indicate that the display hold function is active.

•

P.Hi

- peak memory. The peak value stored in memory will be displayed if the remote input terminals are

short circuited, if the short circuit is momentary then the display will return to normal measurement after 20
seconds. If the short circuit is held for 2 to 3 seconds or the power is removed from the instrument then the
memory will be reset.

•

P.Lo

- valley memory. The minimum value stored in memory will be displayed. Otherwise operates in the

same manner as the

P.Hi

function described above.

•

HiLo

- toggle between

Hi

and

Lo

displays. This function allows the remote input to be used to toggle

between peak and valley memory displays. The first operation of the remote input will cause the peak
memory value to be displayed, the next operation will give a valley memory display.

P.Hi

or

P.Lo

will

flash before each display to give an indication of display type.

•

AI.Ac

- alarm acknowledge. Allows the remote input to be used to acknowledge a latching alarm. See the

Ltch

function.

•

ACCSS

- remote input access. Allows the remote input to be used for access control purposes. See the

R.INP LEUL

function.

•

P.but

- allows the selected remote input to act as the

P

pushbutton.

•

F.but

- allows the selected remote input to act as the

F

pushbutton.

•

U.but

- allows the selected remote input to act as the

^

pushbutton.

•

d.but

- allows the selected remote input to act as the

v

pushbutton.

•

duII

- display 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
brightness level set at the function and the brightness level set at the function.

•

b.Inc

- display brightness increment. Allows the selected remote input to be used to increment the display

brightness. If no other remote input is set to

b.dEc

then once maximum brightness is reached the brightness

will start again from lowest brightness and increment. If auto brightness is turned on then when powered up
the display will go to its auto brightness level and can be adjusted from there. . If auto brightness is turned
off then the display will remember its last brightness setting on power up.

•

b.dEc

- display brightness decrement. Allows the selected remote input to be used to decrement the display

brightness. If no other remote input is set to

b.Inc

then once minimum brightness is reached the brightness

will start again from lowest highest brightness and decrement. If auto brightness is turned on then when
powered up the display will go to its auto brightness level and can be adjusted from there. If auto brightness
is turned off then the display will remember its last brightness setting on power up.

LD5RSMAN-2.0-0

63 of

72

Summary of Contents for LD5-RS

Page 1: ...lays Operation and Instruction Manual AMALGAMATED INSTRUMENT CO ABN 80 619 963 692 Unit 5 28 Leighton Place Hornsby Telephone 61 2 9476 2244 e mail sales aicpl com au NSW 2077 Australia Facsimile 61 2 9476 2902 Internet www aicpl com au ...

Page 2: ...oduction 3 2 Mechanical installation 10 3 Electrical Installation 12 4 Function tables summary of setup functions 18 5 Explanation of functions 30 6 Technical specifications 71 7 Guarantee and service 72 2 of 72 LD5RSMAN 2 0 0 ...

Page 3: ...g connection to a wide variety of devices POLL INPt set to on Code set to UAL or ASCI 62 4 SCAN mode with arithmetic capability The display sends a poll command of up to 8 separate instru ments and displays the results The address of each device or channel the display value required etc must be set these setting can be found in the CH1 to CH8 section of software When this mode is selected the chan...

Page 4: ...i131 this special mode reads data sent from a Mettler Toledo IND131 331 weighing module 1 1 Selecting and altering access levels This subsection details the use access levels Access levels can be used to obtain easy access to functions which are regularly required and to limit access to functions which are not required or which restricted access is required These access level settings can be ignor...

Page 5: ...ut switch PIN 1 mode this method allows a PIN to be set with access via PIN entry PIN 2 mode this method also requires a PIN and would generally be use to allow a higher access level than the first PIN Super Cal mode this method requires a power up procedure and will allow access to all functions These modes are explained in more detail below Easy mode Allows access to the level set by the EASYLEU...

Page 6: ...e seen Use or v to enter the PIN then press F to accept the PIN Press and release Up and Down simultaneously PIN 1 and PIN 2 mode PIN 2 mode Allows access to the level set by the USr 2LEUL function in the ACCS menu This method uses the same access method as PIN 1 mode above A Pin 2CodE setting of NonE disables the PIN If the USr 1LEUL or a USr 2LEUL function has been set to a number other than Non...

Page 7: ...P P P F F F Press and release F then Hold F when powering up wait for S CAL message then release F then Press and release Up and Down simultaneously Super Cal mode LD5RSMAN 2 0 0 7 of 72 ...

Page 8: ...nction Typical sections for a basic instrument are illustrated below In any particular instrument additional sec tions may appear depending on the part number and any optional outputs fitted Alarm setup functions e g AL1 Alarm configure functions AL CF Relay setup functions e g RL1 Use or v to move to the section required then press F to access the functions in that section Press P to escape the s...

Page 9: ...ge Use or v to choose OFF or ON Press F to accept the change Use or v to move between the alarm relay 1 settings Press F to go to To go to back to measurement display press P or use or v to go to End then press F To scroll through to other main sections press or v Alarm 2 setting section Settings for alarm 2 Press F to go to setting Press F to go to setting Press F to go to setting Followed by the...

Page 10: ...ailable for these size displays Panel cut out size is 240 x 130mm 0 0mm 0 5mm Weight All types 1 6kg approx 2 2 100mm 4 digit LED Weight 10kg LED 155mm Viewing window 120 x 332mm 450mm 250mm 2 3 100mm 6 digit LED Weight 14kg LED 155mm Viewing window 120 x 500mm 650mm 250mm 10 of 72 LD5RSMAN 2 0 0 ...

Page 11: ...re supplied for use with all metal case large digit displays Diagrams below illustrate vertical and horizontal installation for mounting brackets If mounting without the brackets is preferred then the 9mm dia case holes provided for the brackets can be used as alternative mounting holes Any rear holes not used for mounting should be sealed Horizontal orientation viewed from rear Vertical orientati...

Page 12: ...5mm2 to be fitted relays and power and 1 5mm2 for remote inputs When power is applied the instrument will cycle through a display sequence indicating the software version and other status information this indicates that the instrument is functioning See the LD5 Series 8 Channel Scanning Monitor Output Addendum booklet for wiring details of any optional outputs not covered in this instruction manua...

Page 13: ... AC 240 VAC when transformer is fitted 110 VAC when transformer is fitted 12 to 48 VDC or 24 to 48 VAC The DC and low voltage AC require the isolated supply pcb to be fitted Example above shows polarity for DC input input uses the same terminals not polarised 24 to 48 VAC Wire link Wire links 110V 110V 110V A A A A A A A A N N N N N N N N E E E E E E E E E E E E 240V 240V 240V DC DC DC Plug in con...

Page 14: ...he isolated supply pcb on the base board AC supplies connect to the transformer primary on the base board inside the case Supply type is factory configured 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 14 of 72 LD5RSMAN 2 0 0 ...

Page 15: ...me transformer low voltage 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 NEUTRAL NEUTRAL NEUTRAL NEUTRAL EARTH EARTH EARTH EARTH EARTH EARTH LINK LINK LINK LINK LINK Black Black Red Red To display board To display board Wiring examples 240VAC 110VAC...

Page 16: ...optional ethernet connection is via the RJ45 connector P7 on the main board 3 5 1 RS485 input The RS485 connections are on a small pcb on top of the main pcb SSI PWR OUT DB TX GND GND 24V DA RX A B RS232 RS485 5V TM CAN BUS GND CH CL A or Use twisted pair shielded cable Not fitted B or 16 of 72 LD5RSMAN 2 0 0 ...

Page 17: ...example showing voltage free contacts below P9 IN1 IN2 IN3 IN4 GND Remote input connector LED for each input lights when input is active used depending on the function selected Latching or momentary switches can be Plug in after wiring 3 5 3 Relays 1 to 4 Relays 1 to 4 are rated at 240VAC 5A into a resistive road Relay 1 is form C type Relays 2 3 and 4 are form A type These relays are fitted onto ...

Page 18: ...play value or OFF OFF See 4 14 5 2 31 AL1 to AL8 HYSt Alarm relay hysteresis deadband 0 to 65535 10 See 4 14 5 3 31 AL1 to AL8 triP Trip time delay for the designated alarm relay 0 to 6553 5 secs 0 0 See 4 14 5 4 32 AL1 to AL8 RSt Reset time delay for the designated alarm relay 0 to 6553 5 secs 0 0 See 4 14 5 5 32 AL1 to AL8 RLYS Relay selection On or OFF On or OFF OFF See 4 14 5 15 35 AL1 to AL8 ...

Page 19: ... 000 See 4 14 Addendum AL1 to AL8 I L Relay PI control integral low limit value 0 to 100 0 100 0 See 4 14 Addendum AL1 to AL8 biAS Relay PI control bias 0 to 100 0 50 0 See 4 14 Addendum AL1 to AL8 dutY SECS Relay PI control duty cycle 0 to 6553 5 secs 10 0 See 4 14 Addendum AL1 to AL8 on SECS Relay PI frequency control on time 0 to 6553 5 secs 1 0 See 4 14 Addendum 4 3 Relay function table Displa...

Page 20: ...Select number of calculation channels 0 1 2 3 4 5 6 7 8 0 5 39 43 CONF AL Cnt Select number of alarms 0 1 2 3 4 5 6 7 8 2 5 40 43 CONF SCAN dLY Select scan delay time 0 to 200 secs 10 5 41 43 CC1 to CC8 Arth SCLE Calculation channel multiplication scale Any display value n a 5 89 59 CC1 to CC8 Arth OFSt Calculation channel offset value Any display value n a 5 90 59 CC1 to CC8 Arth diu Calculation ...

Page 21: ...tional 0 to 100 0 100 0 Addendum RO1 to RO2 I L Analog output PI control integral low limit Optional 0 to 100 0 100 0 Addendum RO1 to RO2 biAS Analog output PI control bias Optional 0 to 100 0 50 0 Addendum RO1 to RO2 Lo Analog retransmission low display value Optional Any display value 0 Addendum RO1 to RO2 High Analog retransmission high display value Optional Any display value 1000 Addendum 4 6...

Page 22: ... Digital filter 0 1 2 3 4 5 6 7 8 0 5 56 48 IN1 Ch PL Display polarity both PoS NEg AbS both 5 57 49 IN1 Addr Modbus address 0 to 255 1 5 58 49 IN1 dS to Display timeout 0 to 1000 secs 10 5 59 49 IN1 t out Data string timeout 0 1 to 10 0 secs 1 0 5 60 49 IN1 Unit Display units mS kPh mPh knot mS 5 61 50 IN1 dFIt diSP Default display SCAN SPEd dir SCAN 5 62 50 IN1 diSP SEcS Display scan time 0 to 2...

Page 23: ... CH8 PoII Addr Scan channel poll address 1 to 255 1 5 74 53 CH1 to CH8 Cmd Scan channel command Pri SEc tEr quAd CH0 CH1 CH 2 CH3 CH4 CH5 CH6 CH 7 CH8 AbUS Pri 5 75 53 CH1 to CH8 AbuS CodE ABUS command value 0000 to FFFF 5 76 54 CH1 to CH8 d Pnt Channel decimal point 0 0 1 0 02 0 003 0 5 77 54 CH1 to CH8 d rnd Channel display rounding 1 to 5000 1 5 78 54 CH1 to CH8 FLtR Channel display filter 0 1 ...

Page 24: ...point 0 0 1 0 02 0 5 85 58 CC1 to CC8 d rnd Calculation channel display rounding 1 to 5000 1 5 86 58 CC1 to CC8 ChAn SEL Calculation channel selection Set each channel On or OFF CH1 CH2 CH 3 CH4 CH5 CH6 CH7 CH 8 CC1 CC2 CC3 CC4 CC 5 CC6 CC7 CC8 n a 5 87 58 CC1 to CC8 A cnt Calculation channel fixed average count 1 to 128 4 5 88 59 CC1 to CC8 Arth SCLE Calculation channel multiplication scale Any d...

Page 25: ...nction Range Default Your record Ref Page SErI OPEr Serial comms operation mode Optional NONE Cont PoII A buS diSP M buS NONE 5 97 61 SErI bAud Serial baud rate Optional 1200 2400 4800 9600 19 2 38 4 57 6 115 2 9600 5 98 61 SErI PrtY Serial parity Optional 8N 8E 8O 7 E 7O 8N 5 99 62 SErI Unit Addr Serial address Optional 1 to 127 1 5 100 62 Optional this function will only be accessible if the rel...

Page 26: ...but F but U but d but duII b Inc b dEc NONE 5 104 64 R INP R IN 4 Remote input 4 operation mode NONE P HId d HId P Hi P Lo Hi Lo AL Ac ACCS P but F but U but d but duII b Inc b dEc NONE 5 105 64 4 13 Access control function table Display Function Range Default Your record Ref Page ACCES EASY LEUL Easy access mode NONE 1 2 3 4 5 6 CAL NONE 5 106 64 ACCES R INP LEUL Remote input access mode NONE 1 2...

Page 27: ...e access 3 level value dFIt 1 2 3 4 5 6 CAL S CAL dFIt 5 117 68 ACCES Fn 4 CodE User assignable access function 4 0000 to FFFF hex 0000 5 118 68 ACCES Fn 4 LEUL User assignable access 4 level value dFIt 1 2 3 4 5 6 CAL S CAL dFIt 5 119 68 ACCES Fn 5 CodE User assignable access function 5 0000 to FFFF hex 0000 5 120 68 ACCES Fn 5 LEUL User assignable access 5 level value dFIt 1 2 3 4 5 6 CAL S CAL ...

Page 28: ...ACCES Fn 8 CodE User assignable access function 8 0000 to FFFF hex 0000 5 126 70 ACCES Fn 8 LEUL User assignable access 8 level value dFIt 1 2 3 4 5 6 CAL S CAL dFIt 5 127 70 28 of 72 LD5RSMAN 2 0 0 ...

Page 29: ... a n a n a n a n a P g n a n a n a n a n a n a I g n a n a n a n a n a n a I H n a n a n a n a n a n a I L n a n a n a n a n a n a biAS n a n a n a n a n a n a dutY SECS n a n a n a n a n a n a on SECS n a n a n a n a n a n a RLYS Ch Ltch tout Record which relays are allocated to which alarms and other relay settings in the table below Display Relay 1 Relay 2 Relay 3 Relay 4 Relay 5 Relay 6 Relay ...

Page 30: ...gh alarm value go to the High function press F and when you see a digit of the value flash use the or v push buttons to set the required value then press F to accept this selection The high alarm setpoint may be disabled by pressing the and v push buttons simultaneously When the alarm is disabled the display will indicate OFF If the relay is allocated both a low and high setpoint then the relay wi...

Page 31: ...llocated both a low and 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 Hysteresis function If the display has annunciator leds for the relay then the annunciator will initially flash in alarm condition if the alarm is acknowledged by pressing the F button where...

Page 32: ...ondition must be present continuously for the whole trip time period before the alarm will activate If the input moves out of alarm condition during this period the timer will reset and the full time delay will be restored This trip time delay is useful for preventing an alarm trip due to short non critical deviations from setpoint The trip time is selectable over 0 0 to 6553 5 seconds To set the ...

Page 33: ...g up the relay PI control chapter in the Addendum booklet 5 8 Relay PI control proportional gain value Section AL1 to AL8 Display P g Range Any display value Default Value 0 010 Default Access Level 4 Function number 4210 to 4217 Allow the relay PI control proportional gain to be set refer to Setting up the relay PI control chapter in the Addendum booklet 5 9 Relay PI control integral gain value S...

Page 34: ...I control integral low limit to be set refer to Setting up the relay PI control chapter in the Addendum booklet 5 12 Relay PI control bias Section AL1 to AL8 Display biAS Range 0 to 100 0 Default Value 50 0 Default Access Level 4 Function number 4260 to 4267 Allow the relay PI control bias to be set refer to Setting up the relay PI control chapter in the Addendum book let 5 13 Relay PI control dut...

Page 35: ...to operate at a fixed difference to one or more other alarms known as trailing operation The operation is as follows The operation of each alarm is selectable by selecting for example Alarm 4 AL4 SEt P alarm 4 normal setpoint or AL4 tL1 alarm 4 trailing alarm 1 or AL4 tL2 alarm 4 trailing alarm 2 or AL4 tL3 alarm 4 trailing relay 3 For trailing set points the setpoint value is entered as the diffe...

Page 36: ...input selection go to the function press F and when you see the decimal points flash use the or v push buttons to set the required selection then press F to accept this selection 5 19 Alarm relay latching operation Section AL1 to AL8 Display Ltch Range Auto Ltch A b L b Default Value Auto Default Access Level 4 Function number 4170 to 4177 Allows selection of alarm latching operation If set to Aut...

Page 37: ...lt Value 1000 Default Access Level 4 Function number 4290 to 4297 Allows setting of the control span refer to Setting up the relay PI control chapter in the Addendum booklet 5 23 Relay PI control setpoint Section AL1 to AL8 Display SEtP Range Any display value Default Value 1000 Default Access Level 4 Function number 4200 to 4207 Allows setting of the control setpoint refer to Setting up the relay...

Page 38: ...l integral high limit to be set refer to Setting up the relay PI control chapter in the Addendum booklet 5 27 Relay PI control integral low limit value Section AL1 to AL8 Display I L Range 0 to 100 0 Default Value 100 0 Default Access Level 4 Function number 4250 to 4257 Allow the relay PI control integral low limit to be set refer to Setting up the relay PI control chapter in the Addendum booklet...

Page 39: ...alarm condition is present Since the relay will always open when power is removed a normally closed alarm is often used to provide a power failure alarm indication To set the alarm relay for normally open or closed go to the RL1 to RL8 RLY function and use the or v push buttons to set the required operation then press F to accept this selection Example If set to A1n o alarm relay 1 will be open ci...

Page 40: ...e alarms causes alarm 1 and alarm 2 and alarm 3 to go into alarm condition i e all 3 alarms must be in alarm condition for relay 1 to activate 5 34 Serial input operation mode Section CONF Display CodE Range diSP ASCI UAL M buS SCAN NMEA i131 Default Value ASCI Default Access Level CAL Function number 4d00 Allows selection of the operating mode to be used for serial communications diSP mode With d...

Page 41: ...r is to be used to set the decimal point Register 1 Input taken as an unsigned 16 bit number 0 to 65535 Register 2 Input taken as a signed 16 bit number 32767 to 32767 Register 3 Signed 32 bit number high order 16 bits Register 4 Signed 32 bit number low order 16 bits Registers 3 and 4 are used together to form a 32 bit number The display will be updated when the low order register is set For exam...

Page 42: ... address Modbus TCP can also be used with Ethernet Function 6 or 16 5 36 Baud rate Section CONF Display bAud Range 300 600 1200 2400 4800 9600 19 2 38 4 Default Value 9600 Default Access Level CAL Function number 4d01 Sets the baud rate for the incoming data string This must be set to match the baud rate from the sending device This function will not be seen if Ethernet input is being used 5 37 Se...

Page 43: ...AL8 functions for full description 5 41 Select scan delay time Section CONF Display SCAN dLY Range 0 to 200 secs Default Value 10 Default Access Level 2 Function number 4d1E Sets delay time between scans for each channel in seconds This function is only required when scanning operation is selected at the CodE function 5 42 Optional analog output functions See the LD5 Series 8 Channel Scanning Moni...

Page 44: ...e instruments required For example if the string for a particular display is to be proceeded by the letters AB then set SCH1 to 65 decimal form or the ASCII character A SCH2 to 66 decimal form of the ASCII character B SCH3 to 1 and SCH4 to 1 Any display set with these SCH characters will accept an input only if it is preceded by the letters AB i e the letters AB have been used to address displays ...

Page 45: ... the display will not look for one If no regular terminating character is available then an alternative method may have to be considered such as using the SCH1 etc functions to detect a regular value prior to the required display value For example a string of 1234 CR would use the CR carriage return character as the terminating character in this case the t chr function would be set to 13 as 13 is ...

Page 46: ...SCI mode Both ASCI an UAL mode values will be right justified when the bAct function is used and the display value is less than the number of digits on the display 5 51 Number of serial input characters to skip from SCH or t chr Section IN1 Display N Chr Range 120 to 120 Default Value 0 Default Access Level CAL Function number 4d13 Used only when function UAL or ASCI This function is used to selec...

Page 47: ...234 with no decimal point sent With dCPt set to 0 1 and I dPt set to 1 the displayed value will be 234 0 i e the display has been told to show one decimal place but no decimal point has been sent If we now change the I dPt to 1 the displayed value will be 23 4 5 53 Alpha character display off or on Section IN1 Display ALPH Range OFF On AII Default Value AII Default Access Level CAL Function number...

Page 48: ...eful for reducing the instrument resolution without loss of accuracy in applications where it is undesirable to display to a fine tolerance To set the display rounding value go to the drnd function and use the or v push buttons to set the required value then press F to accept this selection 5 56 Digital filter Section IN1 Display FLtR Range 0 1 2 3 4 5 6 7 8 Default Value 0 Default Access Level CA...

Page 49: ... device when Modbus communications is being used Note address 0 is available but should not be used with Modbus communications 5 59 Display timeout Section IN1 Display dS to Range 0 to 1000 secs Default Value 10 Default Access Level 4 Function number 4d18 This function allows the user to set a timeout value for a valid display Valid times are 0 to 1000 seconds a setting of 0 disables the timeout i...

Page 50: ...ion IN1 Display diSP SEcS Range 0 to 200 secs Default Value 10 Default Access Level 2 Function number 4d1E When the display is set for NMEA wind sensor mode and the dFIt diSP is set to SCAN this function sets the number of seconds the display will hold a reading before changing to the alternate reading e g if set for 4 seconds then the display will alternate between the speed and direction display...

Page 51: ...55 Default Value 1 Default Access Level CAL Function number 4d30 Used only when Code function UAL and POLL INPt function is set to on Each of the eight poll command characters can be set from 1 to 255 decimal If set to 1 then the character is ignored if set to any other number then the equivalent ASCII character for that number will be sent Characters 0 to 31 are special control characters such as...

Page 52: ...ult Access Level CAL Function number 4d33 Fourth polling character refer to function 5 66 5 70 Fifth polling character Section POLL Display P Ch 5 Range 1 to 255 Default Value 1 Default Access Level CAL Function number 4d34 Fifth polling character refer to function 5 66 5 71 Sixth polling character Section POLL Display P Ch 6 Range 1 to 255 Default Value 1 Default Access Level CAL Function number ...

Page 53: ...could be given an address Addr of 1 and the second an address of 2 5 75 Scan channel command Section CH1 to CH8 Display Cmd Range Pri SEc tEr quAd CH0 CH1 CH2 CH3 CH4 CH5 CH6 CH7 CH 8 AbUS Default Value Pri Default Access Level CAL Function number 4d80 to 4d87 Seen when the CONF CodE function is set to SCAN This function sets the value to be returned from the polled instrument See individual instr...

Page 54: ...he ABUS command used when Cmd is set to AbUS e g 0800 is the command for the primary display value Thousands of commands are available some of which are not useful in this software A complete list is not available contact supplier if a different command is required 5 77 Channel decimal point Section CH1 to CH8 Display d Pnt Range 0 0 1 0 02 0 003 Default Value 0 Default Access Level CAL Function n...

Page 55: ...values below zero being rounded to zero If set to NEg then the display will allow only negative values with any value above zero being rounded to zero If set to AbS then both positive and negative values received will be displayed as positive values 5 81 Channel display on or off Section CH1 to CH8 Display dISP Range OFF or ON Default Value On Default Access Level 4 Function number 44F0 to 44F7 Al...

Page 56: ...ine channel 1 is multiplied by the sine of the value on channel 2 and if there are more than 2 channels this result will be multiplied by the sine of the value of the next channel etc CoS cosine channel 1 is multiplied by the cosine of the value on channel 2 and if there are more than 2 channels this result will be multiplied by the cosine of the value of the next channel etc R AUG rolling average...

Page 57: ...the calculated channel section to 20 The average of each 20 data strings will now be shown as the calculated channel 1 CC1 value 5 83 Calculation channel data log Section CC1 to CC8 Display d Log Range OFF or ON Default Value OFF Default Access Level 4 Function number 4E50 to 4E57 Applicable only when the internal data logger option is fitted This function allows the calculated channel values to b...

Page 58: ...4E80 to 4E87 This function allows the user to select the display rounding for the calculated channel display Display rounding allow the resolution of the display to be reduced to an acceptable level whilst minimising any distracting changing of display value at each sample For example with this function set to 5 the value displayed will be rounded up or down and will change in multiples of 5 only ...

Page 59: ...lue Default Value n a Default Access Level 4 Function number 4EA0 to 4EA7 Arithmetic offset scale and division functions allow the value sent to the display to be altered prior to display The offset operation will be performed first followed by the scale and then the division The Arth OFSt function allows the user to select an offset value to be added to the incoming value prior to display For exa...

Page 60: ...nge 0 to 63 Default Value 7 Default Access Level 2 Function number 22EC Displays and sets the manually set level for remote input brightness switching When a remote input is set to duIIthe remote input can be used to switch between the display brightness level set by the brgtfunction and the dimmed display brightness set by the duIIfunction The display dull level is selectable from 0 to 63 where 0...

Page 61: ... no serial comms required Cont sends ASCII form of display data at a rate typically 90 of the sample rate PoII controlled by computer or PLC etc as host The host sends command via RS232 485 and instrument responds as requested A buS this is a special communications mode used with Windows compatible PC download software This mode must be used if communications via USB is used Refer to the user manu...

Page 62: ...tion is set for POLL mode The unit address is offset by 32 DECIMAL to avoid clashing with ACSII special characters therefore 42 DECIMAL or 2A HEX would be unit address 10 5 101 Front P button operation mode Section R INP Display P but Range NONE P Hi P Lo Hi Lo AL Ac Default Value NONE Default Access Level 4 Function number 4720 Sets the operation mode for front P button Functions available are id...

Page 63: ...Allows the remote input to be used to acknowledge a latching alarm See the Ltch function ACCSS remote input access Allows the remote input to be used for access control purposes See the R INP LEUL function P but allows the selected remote input to act as the P pushbutton F but allows the selected remote input to act as the F pushbutton U but allows the selected remote input to act as the pushbutto...

Page 64: ... Inc b dEc Default Value NONE Default Access Level 4 Function number 4724 Remote input 4 functions Same choices as R INP R IN 1 apply 5 106 Easy access mode Section ACCES Display EASY LEUL Range NONE 1 2 3 4 5 6 CAL Default Value NONE Default Access Level S CAL Function number 0C00 Allows choice of the access level available when using the easy access method For example if this function is set to ...

Page 65: ... not required leave the setting at 0 If a PIN other than 0 is chosen then this PIN must be entered to gain access to the the selected level To access setup functions using the PIN code input access method press then release the F button then within 2 seconds press the and v buttons at the same time The message FUNC is seen followed by the message CodE If the message FUNC End is seen at this point ...

Page 66: ...ue is entered then access will be granted to the functions allocated to the second PIN 5 111 PIN code 2 access level Section ACCES Display USR 2 LEUL Range NONE 1 2 3 4 5 6 CAL Default Value NONE Default Access Level S CAL Function number 0C03 This function allows choice of the access level available when using the PIN code 2 input access method To access setup functions using the PIN code 2 input...

Page 67: ...unction number required and then enter the new access level at the function which follows 5 115 User assignable access 2 level value Section ACCES Display Fn 2 LEUL Range dFIt 1 2 3 4 5 6 CAL S CAL Default Value dFIt Default Access Level S CAL Function number 0C41 Allows a new access level for the function with the number set in the function to be chosen If dFIt is chosen then the level reverts ba...

Page 68: ...unction number required and then enter the new access level at the function which follows 5 119 User assignable access 4 level value Section ACCES Display Fn 4 LEUL Range dFIt 1 2 3 4 5 6 CAL S CAL Default Value dFIt Default Access Level S CAL Function number 0C43 Allows a new access level for the function with the number set in the function to be chosen If dFIt is chosen then the level reverts ba...

Page 69: ...nction number required and then enter the new access level at the function which follows 5 123 User assignable access 6 level value Section ACCES Display Fn 6 LEUL Range dFIt 1 2 3 4 5 6 CAL S CAL Default Value dFIt Default Access Level S CAL Function number 0C45 Allows a new access level for the function with the number set in the function to be chosen If dFIt is chosen then the level reverts bac...

Page 70: ...to FFFF hex Default Value 0000 Default Access Level S CAL Function number 0C17 This function allows as fourth function access change and operates in the same manner as Enter the function number required and then enter the new access level at the function which follows 5 127 User assignable access 8 level value Section ACCES Display Fn 8 LEUL Range dFIt 1 2 3 4 5 6 CAL S CAL Default Value dFIt Defa...

Page 71: ...5mm 57 or 58mm LED AC 240 110V 50 60Hz or AC 24 to 48V 50 60Hz or DC 12 to 48V isolated or DC 24V non isolated Supply type is factory configured DC output supply 5 or 24VDC 50mA max Output standard 4 x relays 1 x Form C 3 x Form A rated 5A resistive Programmable N O or N C Optional outputs some options below are available in combination Extra relays 4 extra relays form A Analog retransmission Sing...

Page 72: ...o the manufacturer freight paid and if accepted for free repair will be returned to the customers address in Australia free of charge When returning the product for service or repair a full description of the fault and the mode of operation used when the product failed must be given In any event the manufacturer has no other obligation or liability beyond replacement or repair of this product Modi...

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