Set point Programming mode: Press [→0 ←] + [↑] [↑] [↑] keys.
Entering W&M specifications S-on mode to be enabled to enter W&M Specifications (Technical Specification) Sl.No
1
2
OPERATION SEQUENCE Go to S-On mode. To Enter S-on mode Press [→0 ←] + [→T←] [↑] [←]
Press [→0 ←] +[←] [→T←] [←]
3
DISPLAY S – on
T10 XX T10
[←] [↑] 00 T11
4 Press [∗] Key 5
XX T11
[←] [↑] 01 6
[→T←]
S - on
REMARKS Press [Rezero] key and Press [Tare],[Digit Increment] [Digit Select] Keys Depress Press[REZERO] key and press [DIG-SEL] key, [TARE] key & [DIG-SEL] key in sequence. The display toggles between the messages Spec No and the current value Using [DIG-SEL] and [DIG-INC] key Enter the required value Press * key to store spec value entered and advance to next Spec Follow the procedure mentioned in SL.No 3 & 4. and Repeat the same Up to T19 Press [TARE] key, to exit from Technical specification mode
Entering Customer specifications Sl.No
1
OPERATION SEQUENCE Press
[→0 ←] + [←][←][←] 2
DISPLAY
C10 XX
C10 [←] [↑]
4 Press [∗] key 5
02 C11 XX C11
[←] [↑] 6
11 0.000
[→T←]
REMARKS Depress [Rezero] key and Press [Digit Select] Key 3times. The display toggles between the message Spec No and the Current Value. Using [DIG-SEL] and [DIG-INC] key Enter the required value Press * key to store spec value entered and advance to next Spec Follow the procedure mentioned in SL.No 2 & 3. and Repeat the same up to C19 Press [TARE] key, to exit from Technical specification mode
Internal count access This function is provided for checking of internal count of A/D Sl.No
1
2
OPERATION SEQUENCE Go to S-On mode. To Enter S-on mode Press [→0 ←] + [→T←] [↑] [←]
Depress [REZERO] key and press [DIG-SEL] key twice, [TARE] key once in sequence. The display indicates the Span count. Press [TARE] key, to exit from Count mode and switch for Weighing mode.
Calibration procedure : Calibration using full scale machine capacity / 1/3rd of Machine Capacity Sl.No
1
2
3
OPERATION SEQUENCE Go to S-On mode. To Enter S-on mode Press [→0 ←] + [→T←] [↑] [←]
Depress [REZERO] key and press [DIG-SEL] key, [TARE] key twice in sequence. The display toggles between the messages FS and the current value / Capacity Using [DIG-SEL] and [DIG-INC] key Enter the required Capcity / value Press * key to accept Capacity entered and to go to next step Press * key to accept the Zero Calibrated value and to go to next step. Place the entered Capacity weight on platter. Press * key to accept span Calibration and display will read span count. Press [TARE] key, to exit from Calibration mode and switch for Weighing mode.
Note : During calibration process, Press [TARE] key to exit from calibration mode.
Digital Tare Programming: Sl.No
1
OPERATION SEQUENCE Go to weighing mode.
DISPLAY
0.000
2 Press [↑] key
Tare XXXX.XXX
3 [←] [↑]
1.000
4
Press [→T←]
-1.000
5
Press [→T←]
REMARKS
0.000
Press [DIG INC] key. The display toggles between the message Tare and current value Using [DIG-SEL] and [DIG-INC] key Enter the required value Press [TARE] key, to Tare weight reading entered
Press [Tare] key to exit from the mode / switch for Weighing more
1.CUSTOMER SPECIFICATION: SPEC C10
C11
C12
MOST SIGNIFICANT DIGIT(MSD) RS232/RS485 DATA BITS & PARITY: 1-> 8 Data Bits & NO Parity 2 -> 7 Data Bits & NO Parity 3 -> 8 Data Bits & ODD Parity 4 -> 7 Data Bits & ODD Parity 5 -> 8 Data Bits & EVEN Parity 6 -> 7 Data Bits & EVEN Parity Note 3 RS232/RS485 Weight Data Transfer: 1 -> All 2 -> Net only 3 -> Gross only
RS232/RS485 Weight Header: 1 -> No
2 -> Numeric C13
C14
C15
C16
3 -> Alpha RS232 One Touch Tare from PC On Stable(T/t): 0 -> No 1 -> Yes RS232 Stream Data Transfer Mode Stable Status Flag: 0 -> No 1 -> Yes Setpoint Output Type: 1 > Active Low 2 -> Active High Negative Setpoint Output: 0 -> No
1 -> Yes C17
No. of CR & LFs after Total Print: 0 -> FORM FEED
1 -> 1 CR LF ~ 9 -> 9 CR LF C18
C19
RS485 Weighing Scale ID: 00 -> Reserved 01 – 99 Not used
LEAST SIGNIFICANT DIGIT(LSD) RS232/RS485 Baud Rate (Stop bit =1): 1 -> 1200 2 -> 2400 3 -> 4800 4 -> 9600 5 -> 19200 Note 3 RS232 Data Transfer Mode: 1 -> Stream 2 -> Manual 3 -> Command (CTRL E) 4 -> Auto Weight Transfer 5 -> Postal(Meghdooth) 6 -> Milkotronics (W1 to W9) 7 -> Manual Serial Print 8 -> Auto Serial Print RS232/RS485 Transfer Stable Weight/Manual Serial Print: 0 -> No 1 -> Yes RS232/RS485 Data : 0 ->Variable 1 -> Fixed ( 8 characters) Skip “STX” Character In RS232 Output: 0 -> No 1 -> Yes Setpoint Output Logic: 1 -> Logic I (Bar Mode) 2 -> Logic II (Dot Mode) VFD Standby Mode (In Battery): 0 -> No 1 -> 5 Minute 2 -> 10 Minute Serial Printout Format: 0 -> 80 col All Wt. 1 -> 40 col All Wt. 2 -> Net Wt only.
Not used
2.TECHNICAL SPECIFICATION: SPEC T10
MOST SIGNIFICANT DIGIT(MSD) Dual Accuracy (Upto 50% of Capacity): 0 - No 1 - Yes
DISPLAY RESOLUTION SHOULD BE LESS THAN OR EQUAL TO 1/15000 & SPEC T11 IS AMONG 02, 05, 10, 20 AND 50 VALUES for dual range.
T11
Accuracy (2 digits):
T12
Capacity:
T13
Power Fail Return: 0 -> No 1 -> Yes
LEAST SIGNIFICANT DIGIT(LSD) Decimal Point Position: 0 -> No Decimal point 1 -> 1 DP 2 -> 2 DP 3 -> 3 DP 4 -> 4 DP
Tare Limit: 1 -> Capacity 2 -> 1/2Capacity – 1 100% TARE LIMIT IS NOT POSSIBLE IF DUAL RANGE IS WORKING.
T14
Power On Start Range: 1 -> 25% of capacity 2 -> Unlimited
T15
RS232 Minimum Weight Transfer Limit: 0 -> No limit 1 -> Net >/ 1d 2 -> Net >/ 5d 3 -> Net >/ 20d S-On Through Key Board: 0 -> Yes 1 -> No
T16
T17
ADC Gain: 1 -> UNITY 2 -> Double Note 3
T18
Not used
Forced Zero Tracking: 0 -> ¼ d 1 -> 1d 2 -> 2 d 2 -> 2d 3 -> 3d 4 -> 4d 5 -> 5d Serial Interface Option: 0 -> No 1 -> RS232 2 -> RS485 Note 3 Second Serial Interface Option: 0 -> No 1 -> RS232 Note 3 Unit Conversion: 0 -> No 1 -> Carat ( 5.0000 ) 2 -> Tola ( 0.085734) 3 -> Litre (Cow Milk) ( 0.9724 ) 4 -> Litre (Soya Oil) (1.0989 ) 5 -> Milkotronics Litre constant Range (0.9000 to 1.0000) Not used
T19
Stable Indicator On: 0 - No 1 - Yes
Display Brightness Level: 3 -> 29% Blue LED 4 -> 71% Red LED 5 -> 77% 6 -> 86% VFD 7 -> 93% 8 -> 100% Note 3
Note 1 : Default is indicated by Highlighting for applicable specs. Note 2 : If a Spec is set to a value other than specified, then default function is used. Note 3 : The Specs will take effect only at power on. So on/off is required whenever changed.
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