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Texmate Tiger 380 Series, Programming Manual

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Texmate Tiger 380 Series Programming Manual Download Page 15

15

2 February, 2005   Code Sheet V4.01d (NZ1001)

3

38

80

0   S

Se

erriie

es

s

0 Energizes ABOVE setpoint value

HYSTERESIS selected – 

relay energizes AT OR ABOVE setpoint value plus

hysteresis counts. De-energizes BELOW setpoint value minus hysteresis
counts.

Note:

If hysteresis set with ZERO counts, relay energizes AT OR ABOVE the setpoint
value.

DEVIATION selected – 

relay energizes INSIDE deviation band (setpoint ± devi-

ation counts). De-energizes OUTSIDE deviation band (setpoint ± deviation
counts).

PID selected –

controls ABOVE setpoint value.

1  Energizes BELOW setpoint value

HYSTERESIS selected – 

relay energizes BELOW setpoint value minus hys-

teresis counts. De-energizes AT OR ABOVE setpoint value plus hysteresis
counts.

Note:

If hysteresis set with ZERO counts, relay energizes BELOW the setpoint value.

DEVIATION selected – 

relay energized OUTSIDE deviation band (setpoint ±

deviation counts). De-energized INSIDE deviation band (setpoint ± deviation
counts).

PID selected –

controls BELOW setpoint value.

2  Energizes AT OR ABOVE setpoint value with FALLING INPUT SIGNAL INITIAL

START-UP INHIBIT

HYSTERESIS selected – 

relay energizes AT OR ABOVE setpoint value plus

hysteresis counts with FALLING INPUT SIGNAL INITIAL START-UP INHIBIT.
De-energizes BELOW setpoint value minus hysteresis counts with FALLING
INPUT SIGNAL INITIAL START-UP INHIBIT.

Note:

If hysteresis set with ZERO counts, relay energizes AT OR ABOVE the setpoint
value.

DEVIATION selected – 

relay energizes INSIDE deviation band (setpoint ± devi-

ation counts) with FALLING INPUT SIGNAL INITIAL START-UP INHIBIT. De-
energizes OUTSIDE deviation band (setpoint ± deviation counts) with FALLING
INPUT SIGNAL INITIAL START-UP INHIBIT.

PID selected –

controls ABOVE setpoint value.

3 Energizes BELOW setpoint value with RISING INPUT SIGNAL INITIAL START-

UP INHIBIT

HYSTERESIS selected – 

relay energizes BELOW setpoint value plus hystere-

sis counts with RISING INPUT SIGNAL INITIAL START-UP INHIBIT. De-ener-
gizes BELOW setpoint value minus hysteresis counts with RISING INPUT SIG-
NAL INITIAL START-UP INHIBIT.

Note:

If hysteresis set with ZERO counts, relay energizes BELOW the setpoint value.

DEVIATION selected – 

relay energizes OUTSIDE deviation band (setpoint ±

deviation counts) with RISING INPUT SIGNAL INITIAL START-UP INHIBIT. De-
energizes INSIDE deviation band (setpoint ± deviation counts) with RISING
INPUT SIGNAL INITIAL START-UP INHIBIT.

PID selected –

controls BELOW setpoint value.

Flow

Sensor

Channel 1

Flow Rate

Channel 3

Filled Cases

Totalizer 1

Flow

Channel 2

Bottles

SP5 = 2.00
Hi Setpoint  

SP6 = 2.00
Hi Setpoint  

SP4 = 12
Hi Setpoint  

SP3 = 12
Hi Setpoint  

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Using Setpoints to

Increment and Reset

Registers

Detailed Descriptions and Explanations

The setpoint reset functions are available on
all 6 setpoints.The various parameters of the
reset function are described as follows.

Trigger Type

The trigger parameter gives the option of
selecting which edge of the relay operation
the reset function, print function, and data
logging function should activate on. It can be
set to either:

•

Off

– Disables all trigger functions

•

Make

– operates on the make edge

only.

•

Break

– operates on the break edge

only.

•

Both

– operates on both make and

break edges.

•

Level

– operates after every sample

period if relay is ON.

Reset Destination

The reset destination parameter defines the
target register in the meter that is to be mod-
ified in some way when the reset trigger con-
ditions for this relay are met. Any Modbus
register number from 111 to 16383 can be
selected as a reset destination. If the [DEST]
parameter is set to [OFF], the reset function
is disabled and the Reset Mode and Reset
Constant/Source selection are not displayed.
The setup sequence jumps straight to the
Print parameter.

Reset Mode

The reset mode parameter defines what
type of reset effect is required. The following
different options are available.

CONST

– This mode stores a user defined

constant into the selected destination regis-
ter. In most cases this number will be zero
but it can be any number.

I-S+C

– This mode stores the current input

value 

I

, defined by the setpoint source,

1st Digit in Setpoint Programming Mode

Following is a detailed description of the options available on the 1st digit of the setpoint
programming mode SPC settings listed on Page 12.

Relay Energize Function

FIRST DIGIT

SETPOINT AND RELAY CONTROL FUNCTION SETTINGS

minus the setpoint value 

S

plus a user

defined constant 

C

. It would normally be

used with a counting or totalizing application
where the amount of setpoint overshoot
needs to be retained after the reset function.
The constant value would normally be zero
but could be used to provide an offset if
required.

D+C

– This mode adds the user defined con-

stant 

C

to the current value in the selected

reset destination register 

D

. It can be used to

increment or decrement a register by any
amount.

REG

– This mode copies the contents of a

user selectable register into the reset desti-
nation register (see Reset Constant to select
the source register).

It can be used to capture data on an event
and store it in an unused channel for display
or analog output, etc.

Reset Constant

This parameter defines the constant value to
be used in the 

CONST

, 

I-S+C

, 

D+C

modes

as previously explained. Its default value is
zero. This parameter is not available if 

REG

is selected as the reset mode.

Source (only available in Reg mode)

If the reset mode is set to 

REG

then the

source parameter allows you to select the
number of the Modbus register in the meter
to be copied to the reset destination register.

Resetting and Incrementing Using
Setpoints

Setpoints may be used to reset and/or incre-
ment registers. In the example shown oppo-
site, 2 liter soft drink bottles are being filled
and packed 12 to a case. Using the setpoint
reset and increment feature, the number of
bottles and the total number of filled cases is
easily calculated and displayed. Totalizer 1
counts from 0 to 2, resets, and repeats. CH2
counts from 0 to 12, resets, and repeats.

Each setpoint can be individually programmed to energize the relay in the hysteresis or devi-
ation mode, with or without initial start-up inhibit.

Hysteresis

(also known as deadband) is the programmable band above and below the set-

point value that determines when and for how long the relay is energized or de-energized. The
setpoint can be programmed to energize the relay above or below the setpoint value.

The hysteresis setting can be any value between 0 and 65535 counts. The number of counts
selected act both positively and negatively on the setpoint, forming a hysteresis band around
the setpoint. For example, if the setpoint setting is 500 counts and the hysteresis setting is 10
counts, the hysteresis band around the setpoint setting is 20 counts, starting at 490 counts and
ending at 510 counts.

SP

Hysteresis

Band

SP

Hysteresis

Band

Energized Below

Energized Above

Hytseresis

+

–

+

–

SP

Hysteresis

Band

Energized Below

Hytseresis with Initial Start Up Inhibit

+

–

SP

Hysteresis

Band

Energized Above

+

–

ONLY when 2nd phase of signal rises
above hysteresis band

SP

Deviation

Band

SP

Deviation

Band

Energized Inside

Energized Outside

Deviation

+

–

+

–

SP

Deviation

Band

Energized Inside

Deviation with Initial Start Up Inhibit

+

–

SP

Deviation

Band

Energized Outside

+

–

Explanation of Hysteresis and Deviation Functions

Deviation

(passband) is the programmable setting around which the setpoint can be pro-

grammed to energize the relay inside or outside the deviation band. The deviation setting can
be any value between 1 and 65535 counts. The number of counts selected act both positive-
ly and negatively on the setpoint, forming a deviation band around the setpoint.

For example, if the setpoint setting is 1000 counts and the deviation setting is 35 counts, the
deviation band around the setpoint setting is 70 counts starting at 965 counts and ending at
1035 counts.

See Setpoints & Relays Supplement (NZ201) for a detailed explanation of the hysteresis and
deviation modes.

Explanation Of Setpoint Trigger Functions

Summary of Contents for Tiger 380 Series

Page 1: ...isplay text editing Configuration data copying Downloading macros to the meter Tamper proof settings Tiger 380 Series controllers except the DI 802 have tamper proof lockout switches to prevent users...

Page 2: ...e holding both buttons press the Prog button then release all three buttons Press and hold the and buttons Programming Tip The Model and Software Code Version check ing procedure can be performed at a...

Page 3: ...n the controller is powered up Macros can be installed in the controller at the factory during initial programming or by the cus tomer at some later date Macros are written and compiled using the Tige...

Page 4: ...put pins on the rear of the con troller Display test pin Hold pin Lock pin The Setpoint and Relay Control Settings diagram on Pages 12 to 14 shows the three digit configuration settings that are appli...

Page 5: ...Port 2 3 Port 3 Converting F to C See User Notes on Page 21 for a procedure See CH1 Thermocouple Calibration on Page 21 for a procedure See CH1 RTD Calibration on Page 22 for a procedure CHANNELS 5 6...

Page 6: ...t input module data sheet for setup procedures Use buttons to set CAL_LO Use buttons to set CAL_HI 0 Manual Calibration requires NO input source 1 2 point Calibration requires dual input source 2 Cali...

Page 7: ...signal channel must be selected in the 3rd digit when configuring a lin earization table using the auto setup mode 0 1 CH1 2 CH2 3 CH3 4 CH4 5 CH5 6 CH6 7 CH7 THIRD DIGIT THIRD DIGIT THIRD DIGIT Use...

Page 8: ...NDARY display is the bargraph display Note 3 These functions are only available on selected input modules Note 4 If Code 1 s display modes have been entered second digit set to 5 6 or 7 the display wi...

Page 9: ...r 2 2 Output Register 3 3 Output Register 4 4 Output Register 5 5 Output Register 6 6 Output Register 7 7 Smart Input Module Register 1 Code Setup See Note 6 THIRD DIGIT FIRST DIGIT SECOND DIGIT CODE...

Page 10: ...1 Frequency 999 99 Hz range from 0 01 Hz 2 Frequency 99 999 kHz range from 1 Hz 1 s gate 3 Frequency 500 kHz range from 10 Hz 0 1 s gate 4 Pulse 50 0000 s 100 s resolution 5 Period 999 99 ms 10 s reso...

Page 11: ...ear FIFO Buffer 3 Reset Buffer Number to 0 Note Setting Code 8 to 3XX resets the data log buffer to 0 Once reset Code 8 must be set back to the required data log buffer setting DATE TIME STAMP OPTIONS...

Page 12: ...Relay Reset 4 Relay Latched Off 5 Mode Hysteresis Deviation PID SP Flashing SP Tracking 6 Timer Modes OFF Normal Delay Repeat ON Pulse ON 1 Shot ON Repeat OFF Pulse OFF 1 Shot OFF Note In PID Mode al...

Page 13: ...o 6553 5 65 535 secs On_t 0 1 0 001 to 6553 5 65 535 secs Off time oFF_t 0 1 0 001 to 6553 5 65 535 secs Off time oFF_t 0 1 0 001 to 6553 5 65 535 secs Minimum off time M_of 0 1 to 6553 5 secs Set Up...

Page 14: ...ct reset trigger from 1 of 4 relay operating edges Reset Trigger Select register to be reset Reset Destination Register Select Reg in reset mode Reset Mode Copy contents of selected register SP1 to SP...

Page 15: ...ble CONST This mode stores a user defined constant into the selected destination regis ter In most cases this number will be zero but it can be any number I S C This mode stores the current input valu...

Page 16: ...nual Calibration 2 point Calibration INPUT INPUT 111 ZERO SPAN INPUT INPUT 112 ZERO SPAN INPUT INPUT 113 ZERO SPAN INPUT INPUT 114 ZERO SPAN INPUT INPUT 025 SPAN 035 ZERO SPAN 045 CHANNEL 055 CHANNEL...

Page 17: ...Analog Output 152 CAL LOW CAL HIGH OUTPUT OUTPUT SOURCE SOURCE 1st DIGIT 2nd DIGIT 3rd DIGIT SUB SETTINGS TC TYPE UNITS TC TYPE UNITS TC TYPE UNITS 121 ZERO SPAN INPUT INPUT Calibrate RTD 122 ZERO SPA...

Page 18: ...IGIT CODE 4 PRESCALER 1st DIGIT 2nd DIGIT 3rd DIGIT CODE 5 SMART INPUT MODULE SETTINGS 1st DIGIT 2nd DIGIT 3rd DIGIT CODE 6 SMART INPUT MODULE SETTINGS 1st DIGIT 2nd DIGIT 3rd DIGIT CODE 7 1st DIGIT 2...

Page 19: ...ING SPAN PB INT DER ARW MCT SP TRACKING SPAN PB INT DER ARW MCT SP TRACKING TIMER MODE SETTINGS SPC_1 _ _ 6 SPC_2 SPC_3 SPC_4 SPC_5 SPC_6 _ _ 6 _ _ 6 _ _ 6 _ _ 6 _ _ 6 SPC SETTING NORMALLY OFF PULSED...

Page 20: ...setpoint with the contents of a selected source register Setpoint Control Settings XX7 Select the contents of one register to be copied into another register by a setpoint The 38 named registers that...

Page 21: ...he Calibration mode CAL set to 111 and fine tune the thermocouple calibration over the required temperature range Fine Tune Calibration over Specific Temperature Range Follow Steps 1 to 5 for setting...

Page 22: ...ls 2 and 3 using the following settings CH2 Code 4 210 for type 385 CAL 132 to calibrate type 385 Code 4 2X0 to select specific RTD CAL 112 to fine tune selected RTD CH3 Code 5 X31 for type 385 CAL 13...

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