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Interface protocol
Sound Meter PCE-428 / PCE-430 / PCE-432
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Last change: 12 December 2017
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v1.0
© PCE Instruments
Contents
1 Instruction Format ................................................................................ 1
2 Instruction Description ......................................................................... 2
3 Instructions ............................................................................................ 2
3.1 IDXp1: Setup ID ............................................................................................................... 2
3.2 IDX?: Query ID ................................................................................................................. 3
3.3 BRTp1: Set the RS-232 Baud Rate .................................................................................. 3
3.4 BRT?: Query The RS-232 Baud Rate Setting ................................................................... 4
3.5 XONp1: Set the Flow Control ............................................................................................ 4
3.6 XON?: Query Flow Control Setting ................................................................................... 5
3.7 RETp1: Set Response Mode ............................................................................................ 5
3.8 RET?: Query Response Mode Setting .............................................................................. 6
3.9 MEMp1: Set the Measurement Mode ................................................................................ 6
3.10 MEM?: Query Measurement Mode Setting ....................................................................... 7
3.11 CALp1: Set Calibration Level and Calibrate by Measurement ........................................... 7
3.12 CAL?: Query Calibration Level and Calibration Factor ...................................................... 8
3.13 CAFp1: Calibrate by Calibration Factor ............................................................................. 8
3.14 CAF?: Query Calibration History ....................................................................................... 9
3.15 BSEp1_p2_p3_p4_p5_p6_p7: Measurement Setup ........................................................10
3.16 BSE?: Query Measurement Setup ...................................................................................11
3.17 RNS?: Query Measurement Range .................................................................................11
3.18 ICPp1: Set ICCP Power ...................................................................................................12
3.19 ICP?: Query ICCP Power State .......................................................................................12
3.20 PR1p1_p2_p3_p4 Set Profile1 ......................................................................................13
3.21 PR1?: Query Profile1 Setting ...........................................................................................13
3.22 PR2p1_p2_p3_p4: Set Profile2 .......................................................................................13
3.23 PR2?: Query Profile2 Setting ...........................................................................................14
3.24 PR3p1_p2_p3_p4: Set Profile3 .......................................................................................14
3.25 PR3?: Query Profile3 Setting ...........................................................................................14
3.26 ALMp1: Set Alarm Threshold ...........................................................................................14
3.27 ALM?: Query the Alarm Threshold Setting .......................................................................14
3.28 ETFp1_p2_p3_p4_p5: Set Extended Function .................................................................15
© PCE Instruments
3.29 ETF?: Query Extended Function Setting ..........................................................................15
3.30 STSp1_p2_p3……p11_p12: Set Statistical ......................................................................16
3.31 STS?: Query Statistical ....................................................................................................16
3.32 HISp1_p2: Set Time History ............................................................................................17
3.33 HIS?: Query Time History Setting ....................................................................................17
3.34 OCSp1_p2……p13_p14: Set Octave Setting ...................................................................18
3.35 OCS?: Query Octave Setting ...........................................................................................19
3.36 CUSp1_p2_p3_p4: Set Custom Measure ........................................................................20
3.37 CUSp1_?: Query Custom Measure Setting ......................................................................20
3.38 TISp1_p2_p3_p4_p5: Set Timer ......................................................................................21
3.39 TIS?: Query Timer Setting ...............................................................................................22
3.40 CONp1: Set Contrast .......................................................................................................22
3.41 CON?: Query Contrast Setting ........................................................................................22
3.42 BLTp1_p2: Set Backlight..................................................................................................22
3.43 BLT?: Query Backlight Setting .........................................................................................23
3.44 BAT?: Query Battery State ...............................................................................................24
3.45 TRGp1: Set Trigger .........................................................................................................24
3.46 TRG?: Query Trigger Setting ...........................................................................................25
3.47 DATp1_p2_p3_p4: Set Date ............................................................................................25
3.48 DAT? Query Date Setting ..............................................................................................26
3.49 HORp1_p2_p3: Set Time ................................................................................................26
3.50 HOR?: Query Time Setting ..............................................................................................26
3.51 PW Op1: Set Auto Power Off ............................................................................................27
3.52 PW O?: Query Auto Power Off Setting ..............................................................................27
3.53 OPMp1: Set Boot Mode ...................................................................................................28
3.54 OPM?: Query Boot Mode Setting .....................................................................................28
3.55 UMDp1: Set USB Mode ...................................................................................................29
3.56 UMD?: Query USB Mode Setting .....................................................................................29
3.57 GPDp1_p2: Set GPS .......................................................................................................30
3.58 GPD?: Query GPS Setting...............................................................................................30
3.59 VER?: Query About Information .......................................................................................31
3.60 LNGp1: Set Language .....................................................................................................31
3.61 LNG?: Query Language Setting .......................................................................................32
3.62 OUTp1_p2_p3_p4: Set Output ........................................................................................32
© PCE Instruments
3.63 OUT?: Query Output Setting ............................................................................................33
3.64 RES: Apply Factory Settings ............................................................................................33
3.65 STAp1: Start / Stop Measurement ....................................................................................33
3.66 STA?: Query Measurement State ....................................................................................34
3.67 DMAp1_?: Query the Main Screen Data ..........................................................................35
3.68 TPRp1_?: Query 3-Profile Screen Data ...........................................................................35
3.69 DLNp1_?: Query Statistical Analysis Data (LN) ................................................................36
3.70 DCU?: Query Custom Measure Data ...............................................................................37
3.71 DSLp1_p2_?: Query All the Data of the Sound Level Meter .............................................38
3.72 DOT?: Query 1/1 Octave Band Data ...............................................................................39
3.73 DTT?: Query 1/3 Octave Band Data ................................................................................40
3.74 CSD: Save Custom Data into MicroSD ............................................................................41
© PCE Instruments
1 Instruction Format
In this section, “☐☐☐” on behalf of the 3 characters of the instruction, “p1, p2 ......” on behalf of the
parameter “d1, d2 ...” means the data, “_” means a space.
(1) Separate The Parameters By Space For Multiple Parameters In One Instruction:
☐☐☐ Instruction without parameters
☐☐☐p1 Instruction with 1 parameter
☐☐☐p1_p2 Instruction with 2 parameters
☐☐☐? Instruction with query parameter
☐☐☐p1_? Instruction with 1 parameter and a query parameter
☐☐☐p1_ p2_? Instruction with 2 parameters and a query parameter
The parameters can be a wide range, for example from 1 to 255. These parameters are
sending by the format of ASCII. Therefore, you may need to send 1~3 bytes.
☐☐☐93 Parameter is 93
☐☐☐124 Parameter is 124
Note that both of 93 and 124 are single parameter. So the individual numbers don’t need to be
separated by spaces.
☐☐☐1_64 2 individual parameters, 1 and 64
Note that 1 and 64 are two parameters in one instruction. So those parameters need to be
separated by space.
The parameter is possible to be decimal or integer type. However, if the actual value is
integer type, decimal point and decimal bits can be omitted.
(2) Separate The Data By Comma For Multiple Data In One Response
d1,d2,d3 Return 3 data
Response block, the data bits actually returned is less than its maximum possible
number of digits, leading zeros. For example, return 2 data with the maximum possible value
255 (3 digits), and the actually data is 76 and 9, the response is:
076,009 Return data 76 and 9
If the returned data contains date and time, use the slash “/” to separate data and use the
colon “:” to separate the time:
2011/08/05 12:13:55
© PCE Instruments
1
2 Instruction Description
Instruction
Parameters
Explanation
IDX
p1: ID number;
Range: 1~255;
Default: 1
ASCII
I D X
1
Hex
49H
44H
58H
31H
Byte
1 1 1
1~3
Return
ACK / NAK
Note in This Section:
In the following description, the value, range and default value of parameter are show as
ASCII code.
The default value means the sound level meter just delivery to user or restore to the
factory settings.
3 Instructions
3.1 IDXp1: Setup ID
ID of sound level meters in one network must be different. Otherwise, there will be a
communication error.
Note: When the IDX instruction is correctly received by sound level meter, ACK signal will
be returned with the new ID.
Example 1: set the ID as 3.
02 01 43 49 44 58 33 03 25 0D 0A
Return: ACK. Note where ID has been changed to 3 (03H).
02 03 06 03 040D 0A
Example 2: set the ID as 255.
02 01 43 49 44 58 32 35 35 03 24 0D 0A
Return: ACK. Note where ID has been changed to 255 (FFH).
02 FF 06 03 F8 0D 0A
© PCE Instruments
2
3.2 IDX?: Query ID
Instruction
Parameters
Explanation
IDX
Query parameter: ?
ASCII
I D X
?
Hex
49H
44H
58H
3FH
Byte
1 1 1
1
Return
Return the current ID number
Instruction
Parameters
Explanation
BRT
p1: RS-232 baud rate;
2=4800bps;
3=9600bps;
4=19200bps;
Default: 3
ASCII
B R T
3
Hex
42H
52H
54H
33H
Byte
1 1 1 1 Return
ACK / NAK
Example: query ID.
02 01 43 49 44 58 3F 03 29 0D 0A
Return: the current ID 001.
02 01 41 30 30 31 03 70 0D 0A
3.3 BRTp1: Set the RS-232 Baud Rate
Note: When the BRT instruction is correctly received by the sound level meter, it will return the
ACK by previous baud rate, and then update the baud rate.
Example: set the baud rate to 9600bps.
02 01 43 42 52 54 33 03 34 0D 0A
Return: ACK.
02 01 06 03 06 0D 0A
© PCE Instruments
3
3.4 BRT?: Query The RS-232 Baud Rate Setting
Instruction
Parameters
Explanation
BRT
Query parameter: ?
ASCII
B R T
?
Hex
42H
52H
54H
3FH
Byte
1 1 1 1 Return
Return the current baud rate
Instruction
Parameters
Explanation
XON
p1: Flow control mode;
0=Hardware flow control;
1=Software flow control;
Default: 1
ASCII
X O N
1
Hex
58H
4FH
4EH
31H
Byte
1 1 1 1 Return
ACK / NAK
Example: query the current baud rate.
02 01 43 42 52 54 3F 03 38 0D 0A Return:
the current baud rate is 9600bps.
02 01 41 33 03 72 0D 0A
3.5 XONp1: Set the Flow Control
Example: set to software flow control mode.
02 01 43 58 4F 4E 31 03 2B 0D 0A
Return: ACK.
02 01 06 03 06 0D 0A
© PCE Instruments
4
Instruction
Parameters
Explanation
RET
p1: Response mode;
0=Disabled;
1=Enabled;
3.6 XON?: Query Flow Control Setting
Instruction
Parameters
Explanation
XON
Query parameter: ?
ASCII
X O N
?
Hex
58H
4FH
4EH
3FH
Byte
1 1 1
1
Return
Return flow control mode
Default: 1
ASCII
R E T
1
Hex
52H
45H
54H
31H
Byte
1 1 1
1
Return
ACK / NAK
Example: query flow control mode.
02 01 43 58 4F 4E 3F 03 25 0D 0A
Return: the current flow control mode is software flow control.
02 01 41 31 03 70 0D 0A
3.7 RETp1: Set Response Mode
Response means the ACK / NAK signal returned from the sound level meter (HIS and OCS
instruction returns MicroSD card state or NAK).User can enable or disable such a response.
Note: RET instruction itself is not affected by response mode. When the sound level meter
receive the RET instruction, it will return ACK/NAK whether the current state is enabled or
disabled. RET? Query command is also not subject to the influence of response mode.
Example: set to enable response.
02 01 43 52 45 54 31 03 31 0D 0A
Return: ACK.
02 01 06 03 06 0D 0A
© PCE Instruments
5
Note
Instruction
Parameters
Explanation
MEM
p1: Measurement mode;
0=1/1Octave;
1=Level meter mode;
2=1/3 Octave (Optional);
Default: 1
ASCII
M E M
1
Hex
4DH
45H
4DH
31H
Byte
1 1 1
1
Return
ACK / NAK
3.8 RET?: Query Response Mode Setting
Instruction
Parameters
Explanation
RET
Query parameter: ?
ASCII
R E T
?
Hex
52H
45H
54H
3FH
Byte
1 1 1
1
Return
Return response mode
Example: query response mode.
02 01 43 52 45 54 3F 03 3F 0D 0A
Return: the current response mode is to enable the response.
02 01 41 31 03 70 0D 0A
3.9 MEMp1: Set the Measurement Mode
When MEM instruction is correctly received by the sound level meter, it will switch to the main
screen of the octave mode or the main screen of level meter mode according to the
corresponding parameter in instruction.
: The 1/3 octave band is optional function.
Example: set the sound level meter mode.
02 01 43 4D 45 4D 31 03 37 0D 0A
Return: ACK.
02 01 06 03 06 0D 0A
© PCE Instruments
6
3.10 MEM?: Query Measurement Mode Setting
Instruction
Parameters
Explanation
MEM
Query parameter: ?
ASCII
M E M ? Hex
4DH
45H
4DH
3FH
Byte
1 1 1
1
Return
Return the measurement mode
Instruction
Parameters
Explanation
CAL
p1: Calibration level;
Range: 0~199.9;
Default: 93.8
ASCII
C A L
93.8
Hex
43H
41H
4CH
39H 33H 2EH 38H
Byte
1 1 1
1~5
Return
ACK / NAK
Example: query the measurement mode.
02 01 43 4D 45 4D 3F 03 39 0D 0A
Returns: the current measurement mode is level meter mode.
02 01 41 31 03 70 0D 0A
3.11 CALp1: Set Calibration Level and Calibrate by Measurement
Note: When CAL instruction is correctly received by the sound level meter, two ACK will be
returned at the beginning and the end of the calibration (several seconds will be spent by the
calibration). In the calibration history, ending with symbol M indicate the record was calibrate
by the method of by Measurement.
Example 1: set the calibration level as 94dB and calibrate by measurement.
02 01 43 43 41 4C 39 34 03 00 0D 0A
Return: ACK.
Return again after calibration finished: ACK
Example 2: set the calibration level as 113.8dB and calibrate by measurement.
02 01 43 43 41 4C 31 31 33 2E 38 03 28 0D 0A
Return: ACK.
Return again after calibration finished: ACK
02 01 06 03 06 0D 0A
02 01 06 03 06 0D 0A
02 01 06 03 06 0D 0A
02 01 06 03 06 0D 0A
© PCE Instruments
7
Instruction
Parameters
Explanation
MEM
Query parameter: ?
ASCII
C A L
?
Hex
43H
41H
4CH
3FH
Byte
1 1 1
1
Return
Return the value of the calibration level and calibration factor
Instruction
Parameters
Explanation
CAF
p1: Calibration factor;
Range: -199.99~+199.99 (“+”
sign can be omitted);
Default: 0
ASCII
C A F
0
Hex
43H
41H
46H
30H
Byte
1 1 1
1~7
Return
ACK / NAK
3.12 CAL?: Query Calibration Level and Calibratio n Factor
Example: query the calibration level and calibration factor.
02 01 43 43 41 4C 3F 03 32 0D 0A
Return: the current calibration level is 094.0dB, the calibration factor is 000.00dB.
02 01 41 30 39 34 2E 30 2C 2B 30 30 30 2E 30 30 03 7B 0D 0A
3.13 CAFp1: Calibrate by Calibration Factor
This instruction can modify the calibration factor. In the calibration history, code “F” at the end of
each line means by calibration factor.
Example: set the calibration factor value as 0.74dB (“+” sign is omitted).
02 01 43 43 41 46 30 2E 37 34 03 1A 0D 0A
Return: ACK.
02 01 06 03 06 0D 0A
© PCE Instruments
8
3.14 CAF?: Query Calibration History
Instruction
Parameters
Explanation
CAF
Query parameter: ?
ASCII
C A F
?
Hex
43H
41H
46H
3FH
Byte
1 1 1
1
Return
Returns the most recent 4 group history of calibration.
Format “Year/Month/day, hour:minute:second, calibration factor, code”.
Code: M=By Measurement, F=By Calibration Factor.
Query the most recent 4 group history of calibration.
Example: query the calibration history.
02 01 43 43 41 46 3F 03 38 0D 0A
Return: the data returned by this instruction use a slash “/” split date, use a colon “,” split time.
Calibration history is 2011/08/04, 17:03:28, +001.29, F, 2011/08/04, 17:03:02, +001.25, F,
2011/08/04, 17:02:20, +000.71, F, 2011/08/04, 17:02:00, +001.27, M.
02 01 41 32 30 31 31 2F 30 38 2F 30 34 2C 31 37 3A 30 33 3A 32 38 2C 2B
30 30 31 2E 32 39 2C 46 2C 32 30 31 31 2F 30 38 2F 30 34 2C 31 37 3A 30
33 3A 30 32 2C 2B 30 30 31 2E 32 35 2C 46 2C 32 30 31 31 2F 30 38 2F 30
34 2C 31 37 3A 30 32 3A 32 30 2C 2B 30 30 30 2E 37 31 2C 46 2C 32 30 31
31 2F 30 38 2F 30 34 2C 31 37 3A 30 32 3A 30 30 2C 2B 30 30 31 2E 32 37
2C 4D 03 62 0D 0A
© PCE Instruments
9
3.15 BSEp1_p2_p3_p4_p5_p6_p7: Measurement Setup
Instructi
on
P1 P2 P3 P4 P5 P6 P7
Explanat
ion
BSE
p1: delay;
1~60=1~6
0s;
61=Sync.
1m;
62=Sync.
15m;
63=Sync.
30m;
64=Sync.
1h;
Default: 1
p2:
integral
period;
0=Inf;
1~59=1~5
9s;
60~118=1
~59m;
119~142=
1h~24h;
Default: 0
p3:
repeat;
0=Inf;
1~9999
=1~9999
times;
Default: 0
p4: SWN
logger;
0=disable
;
1=enable;
Default: 0
p5:SWN
logger ;st
ep
0=0.1s;
1=0.2s;
2=0.5s;
3~61=1~5
9s;
62~120=1
~59m;
121~144=
1h~24h;
Default: 3
p6:CSD
logger;
0=disable
;
1=enable;
Default: 0
p7:CSD
logger
step;
0~58=1~5
9s;
59~117=1
~59m;
118~141=
1~24h;
Default:
59
ASCII
B S E 1 0 0 0 3 0
59
Hex
42 H 53 H 45
H
31H 30H 30H 30H 33H 30H
35H, 39H
Byte
1 1 1
1~2
1~3
1~4 1 1~3 1 1~2
Return
Returns:
0=setting succeed, MicroSD card is OK; 1=setting succeed, but the MicroSD card is
abnormal; 2=setting succeed, but no MicroSD card detected.
Set the delay, integral period, repeat, and logger setup.
Example: set delay as 2s, integral period as 5m, repeat as infinite, SWN logger enable, SWN
logger step as 0.2s, CSD logger enable, CSD logger step as 2s.
02 01 43 42 53 45 32 20 36 34 20 30 20 31 20 31 20 31 20 31 03 17 0D 0A
Returns: setting succeeds, MicroSD card is OK.
02 01 41 30 03 71 0D 0A
© PCE Instruments
10
3.16 BSE?: Query Measurement Setup
Instruction
Parameters
Explanation
BSE
Query parameter: ?
ASCII
B S E
?
Hex
42H
53H
45H
3FH
Byte
1 1 1
1
Return
Return parameter of measurement setup: delay, integral period,
repeat, SWN logger, SWN logger step, CSD Logger, CSD Logger step.
Instruction
Parameters
Explanation
RNG
Query parameter: ?
ASCII
R N S
?
Hex
52H
4EH
53H
3FH
Byte
1 1 1
1
Return
Return measurement range
Example: query the measurement setup.
02 01 43 42 53 45 3F 03 28 0D 0A
Returns: the current measurement setup: delay=2s, integral period=5min, repeat=infinite,
SWN logger=enable, SWN logger step= 0.2s, CSD logger=enable, CSD logger step=2s.
02 01 41 30 32 2C 30 36 34 2C 30 30 30 30 2C 31 2C 30 30 31 2C 31 2C 30
30 31 03 71 0D 0A
3.17 RNS?: Query Measurement Range
Example: query measurement range.
02 01 43 52 4E 53 3F 03 33 0D 0A
Return: linearity, dynamic and peak C range is 22.8-133.8, 12.8-133.8, 44.8-136.8.
02 01 41 30 32 32 2E 38 7E 31 33 33 2E 38 2C 30 31 32 2E 38 7E 31 33 33
2E 38 2C 30 34 34 2E 38 7E 31 33 36 2E 38 03 38 0D 0A
© PCE Instruments
11
3.18 ICPp1: Set ICCP Power
Instruction
Parameters
Explanation
ICP
p1: ICCP power state;
0=Enable;
1=Disable;
Default: 0
ASCII
I C P
0
Hex
49H
43H
50H
30H
Byte
1 1 1
1
Return
ACK / NAK
Instruction
Parameters
Explanation
ICP
Query parameter: ?
ASCII
I C P
?
Hex
49H
43H
50H
3FH
Byte
1 1 1
1
Return
Return ICCP power state
Example: enable ICCP power:
02 01 43 49 43 50 30 03 29 0D 0A
Return: ACK.
02 01 06 03 06 0D 0A
3.19 ICP?: Query ICCP Power State
Example: query ICCP power state
02 01 43 49 43 50 3F 03 26 0D 0A
Return: ICCP power is enable
02 01 41 30 03 71 0D 0A
© PCE Instruments
12
3.20 PR1p1_p2_p3_p4 Set Profile1
Instruction
P1
P2
P3
P4
Explanation
PR1
p1:
Filter;
0=A;
1=B;
2=C;
p2:
Detector;
0=Fast;
1=Slow;
2=Imp;
p3:
Integration
mode;
0=SPL;
1=PEAK;
p4:
SWN
Logger;
0=LEQ;
1=PEAK;
3=Z;
Default: 0
Default: 0
2=LEQ;
3=MAX;
4=MIN;
Default: 0
2=MAX;
3=MIN;
Default: 0
ASCII
P R 1 0 0 0 0
Hex
50H
52H
31H
30H
30H
30H
30H
Byte
1 1 1 1 1 1 1
Return
ACK / NAK
Instruction
Parameters
Explanation
PR1
Query parameter: ?
ASCII
P R 1
?
Hex
50H
52H
31H
3FH
Byte
1 1 1
1
Return
Return Profile1 setting
Example: set Profile1 as A, Fast, SPL and save LEQ.
02 01 43 50 52 31 30 20 30 20 30 20 30 03 50 0D 0A
Return: ACK.
02 01 06 03 06 0D 0A
3.21 PR1?: Query Profile1 Setting
Example: query Profile1 setting.
02 01 43 50 52 31 3F 03 4F 0D 0A
Return: current Profile1 setting is A, Fast, SPL, save LEQ.
02 01 41 30 2C 30 2C 30 2C 30 03 6D 0D 0A
3.22 PR2p1_p2_p3_p4: Set Profile2
Except the instruction is “PR2” and the default filter is 2 (C-weighting), all others are same to
the “PR1”.
13
© PCE Instruments
3.23 PR2?: Query Profile2 Setting
Instruction
Parameters
Explanation
ALM
p1: Alarm threshold;
Range: 20~200;
Default: 100
ASCII
A L M
100
Hex
41H
4CH
4DH
31H, 30H, 30H
Byte
1 1 1
1~3
Return
ACK / NAK
Instruction
Parameters
Explanation
ALM
Query parameter: ?
ASCII
A L M
?
Hex
41H
4CH
4DH
3FH
Byte
1 1 1
1
Return
Return alarm threshold
Except the instruction is “PR2”, all others are same to the “PR1?”.
3.24 PR3p1_p2_p3_p4: Set Profile3
Except the instruction is “PR3” and the default filter is 3 (Z-weighting), all others are same to the
“PR1”.
3.25 PR3?: Query Profile3 Setting
Except the instruction is “PR3”, all others are same to the “PR1?”.
3.26 ALMp1: Set Alarm Threshold
Example: setting alarm threshold as 100dB.
02 01 43 41 4C 4D 31 30 30 03 32 0D 0A
Return: ACK.
02 01 06 03 06 0D 0A
3.27 ALM?: Query the Alarm Threshold Setting
Example: query alarm threshold.
02 01 43 41 4C 4D 3F 03 3C 0D 0A
Return: the current alarm threshold is 100dB.
02 01 41 31 30 30 03 70 0D 0A
© PCE Instruments
14
3.28 ETFp1_p2_p3_p4_p5: Set Extended Function
Instruction
P1
P2
P3
P4
P5
Explanation
ETF
p1:
3Profile
Screen;
0=Disable;
1=Enable
p2:
Statistical
Screen;
0=Disable;
1=Enable
p3: Time
History
Screen;
0=Disable;
1=Enable
p4:
Custom
Screen;
0=Disable;
1=Enable
p5: GPS
Screen;
0=Disable;
1=Enable
ASCII
E T F 1 1 1 1
1
Hex
45H
54H
46H
31H
31H
31H
31H
31H
Byte
1 1 1 1 1 1 1
1
Return
ACK / NAK
Instruction
Parameters
Explanation
ETF
Query parameter: ?
ASCII
E T F
?
Hex
45H
54H
46H
3FH
Byte
1 1 1
1
Return
Return the extended function setting
Example: enable 3Profile, statistical, time history, custom, GPS.
02 01 43 45 54 46 31 20 31 20 31 20 31 20 31 03 25 0D 0A
Return: ACK
02 01 06 03 06 0D 0A
3.29 ETF?: Query Extended Function Setting
Example: query the extended function setting
02 01 43 45 54 46 3F 03 2B 0D 0A
Return: 3Profile, statistical, time history, custom and GPS are all enable
02 01 41 31 2C 31 2C 31 2C 31 2C 31 03 70 0D 0A
15
© PCE Instruments
3.30 STSp1_p2_p3 p11_p12: Set Statistical
Instruction
P1
P2
P3~P12
Explanation
STS
p1: Filter
0=A;
1=B;
2=C;
3=Z;
Default: 0
p2: Detector
0=F;
1=S;
2=I;
Default: 0
p3~p12: statistical percentage;
Range: 1~99;
Default: 10, 20, 30, 40, 50, 60,
70, 80, 90, 99
ASCII
S T S 0
0
10_20_30_40_50_
60_70_80_90_99
Hex
53H
54H
53H
30H
30H
31H, 30H, 20H, 32H, 30H, 20H,
33H, 30H, 20H, 34H, 30H, 20H,
35H, 30H, 20H, 35H, 30H, 20H,
36H, 30H, 20H, 37H, 30H, 20H,
38H, 30H, 20H, 39H, 30H, 20H,
39H, 39H
Byte
1 1 1 1 1
10~20+9 (spaces)
Return
ACK / NAK
Instruction
Parameters
Explanation
STS
Query parameter: ?
ASCII
S T S
?
Hex
53H
54H
53H
3FH
Byte
1 1 1
1
Return
Return filter, detector and 10 percentage of statistical
Example: set filter as B, detector as I, percentage as 10, 20, 30, 40, 50, 60, 70, 80, 90 and 99.
02 01 43 53 54 53 31 20 32 20 31 30 20 32 30 20 33 30 20 34 30 20 35 30 20 36 30
20 37 30 20 38 30 20 39 30 20 39 39 03 35 0D 0A
Return: ACK.
02 01 06 03 06 0D 0A
3.31 STS?: Query Statistical
Example: query statistical
02 01 43 53 54 53 3F 03 28 0D 0A
Return: filter=B, detector=I, percentage=10, 20, 30, 40, 50, 60, 70, 80, 90, 99.
02 01 41 31 2C 32 2C 31 30 2C 32 30 2C 33 30 2C 34 30 2C 35 30 2C 36 30
2C 37 30 2C 38 30 2C 39 30 2C 39 39 03 6F 0D 0A
© PCE Instruments
16
3.32 HISp1_p2: Set Time History
Instruction
Parameters 1
Parameters 2
Explanation
HIS
p1: Profile;
0=Profile1;
1=Profile2;
2=Profile3;
Default: 1
p2: Duration;
0=1min;
1=2min;
2=10min;
Default: 1
ASCII
H I S
1
1
Hex
48H
49H
53H
31H
31H
Byte
1 1 1
1
1
Return
ACK / NAK
Instruction
Parameters
Explanation
HIS
Query parameter: ?
ASCII
H I S
?
Hex
48H
49H
53H
3FH
Byte
1 1 1
1
Return
Return time history setting
Example: set Profile2 as data sources and duration as 2min.
02 01 43 48 49 53 31 20 31 03 31 0D 0A
Return: ACK.
02 01 06 03 06 0D 0A
3.33 HIS?: Query Time History Setting
Example: query time history setting.
02 01 43 48 49 53 3F 03 2E 0D 0A
Returns: the current data sources=Profile2, duration=2min.
02 01 41 31 2C 31 03 6D 0D 0A
© PCE Instruments
17
3.34 OCSp1_p2 p13_p14: Set Octave Setting
Instruction
Parameter 1
Parameter 2~41
Explanation
OCS
p1 Filter
0=Z;
1=C;
2=B;
3=A;
Default: 0
p2~p41: The threshold of LeqA, LeqB,
LeqC, LeqZ, 6.3Hz~20kHz;
Range: 0-199.9;
Default: 31.5Hz=79, 63Hz=63, 125Hz=52,
250Hz=44, others=38
ASCII
O
C
S
1
38_38_38_38_38_38_38_38_38_38_38_79
_38_38_63_38_38_52_38_38_44_38_38_3
8_38_38_38_38_38_38_38_38_38_38_38_
38_38_38_38_38
Hex
4FH
43H
53H
31H
33H 38H 20H 33H 38H 20H 33H
38H 20H 33H 38H 20H 33H 38H
20H 33H 38H 20H 33H 38H 20H
33H 38H 20H 33H 38H 20H 33H
38H 20H 33H 38H 20H 37H 39H
20H 33H 38H 20H 33H 38H 20H
36H 33H 20H 33H 38H 20H 33H
38H 20H 35H 32H 20H 33H 38H
20H 33H 38H 20H 34H 34H 20H
33H 38H 20H 33H 38H 20H 33H
38H 20H 33H 38H 20H 33H 38H
20H 33H 38H 20H 33H 38H 20H
33H 38H 20H 33H 38H 20H 33H
38H 20H 33H 38H 20H 33H 38H
20H 33H 38H 20H 33H 38H 20H
33H 38H 20H 33H 38H 20H 33H
38H 20H 33H 38H 20H 33H 38H
Byte
1 1 1
1
80+39 (space)
Return
ACK / NAK
Example: set Filter as C-weighting; all the threshold values are 38.
02 01 43 4F 43 53 31 20 33 38 20 33 38 20 33 38 20 33 38 20 33 38 20 33 38 20 33
38 20 33 38 20 33 38 20 33 38 20 33 38 20 33 38 20 33 38 20 33 38 20 33 38 20 33
38 20 33 38 20 33 38 20 33 38 20 33 38 20 33 38 20 33 38 20 33 38 20 33 38 20 33
38 20 33 38 20 33 38 20 33 38 20 33 38 20 33 38 20 33 38 20 33 38 20 33 38 20 33
38 20 33 38 20 33 38 20 33 38 20 33 38 20 33 38 20 33 38 03 00 0D 0A
Return: ACK
02 01 06 03 06 0D 0A
© PCE Instruments
18
3.35 OCS?: Query Octave Setting
Instruction
Parameters
Explanation
OCS
Query parameter: ?
ASCII
O C S
?
Hex
4FH
43H
53H
3FH
Byte
1 1 1
1
Return
Return octave setting
Example: query octave setting.
02 01 43 4F 43 53 3F 03 23 0D 0A
Returns: return Filter and threshold of LeqA, LeqB, LeqC, LeqZ, 6.3Hz~20kHz. For example:
Filter is C-weighting, threshold are LeqA=038.1 LeqB=038.2 LeqC=038.3 LeqZ=038.4
6.3Hz=038.1 8Hz=038.2 10Hz=038.3 12.5Hz=038.4 16Hz=038.5 20Hz=038.6
25Hz=038.7 31.5Hz=038.8 40Hz=038.9 50Hz=038.1 63Hz=063.2 80Hz=038.3
100Hz=038.4 125Hz=052.5 160Hz=038.6 200Hz=038.7 250Hz=044.8 315Hz=038.9
400Hz=038.1 500Hz=038.2 630Hz=038.3 800Hz=038.4 1kHz=038.5 1.25kHz=038.6
1.6kHz=038.7 2kHz=038.8 2.5kHz=038.9 3.15kHz=038.1 4kHz=038.2 5kHz=038.3
6.3kHz=038.4 8kHz=038.5 10kHz=038.6 12.5kHz=038.7 16kHz=038.8 20kHz=038.9
02 01 41 31 2C 30 33 38 2E 31 2C 30 33 38 2E 32 2C 30 33 38 2E 33 2C 30
33 38 2E 34 2C 30 33 38 2E 31 2C 30 33 38 2E 32 2C 30 33 38 2E 33 2C 30
33 38 2E 34 2C 30 33 38 2E 35 2C 30 33 38 2E 36 2C 30 33 38 2E 37 2C 30
33 38 2E 38 2C 30 33 38 2E 39 2C 30 33 38 2E 31 2C 30 36 33 2E 32 2C 30
33 38 2E 33 2C 30 33 38 2E 34 2C 30 35 32 2E 35 2C 30 33 38 2E 36 2C 30
33 38 2E 37 2C 30 34 34 2E 38 2C 30 33 38 2E 39 2C 30 33 38 2E 31 2C 30
33 38 2E 32 2C 30 33 38 2E 33 2C 30 33 38 2E 34 2C 30 33 38 2E 35 2C 30
33 38 2E 36 2C 30 33 38 2E 37 2C 30 33 38 2E 38 2C 30 33 38 2E 39 2C 30
33 38 2E 31 2C 30 33 38 2E 32 2C 30 33 38 2E 33 2C 30 33 38 2E 34 2C 30
33 38 2E 35 2C 30 33 38 2E 36 2C 30 33 38 2E 37 2C 30 33 38 2E 38 2C 30
33 38 2E 39 03 7D 0D 0A
© PCE Instruments
19
3.36 CUSp1_p2_p3_p4: Set Custom Measure
Instruction
P1
P2
P3
P4
Explanation
CUS
p1: Group;
Range: 1~14
p2: Filter;
0=A;
1=B;
2=C;
3=Z
p3: Detector;
0=Fast;
1=Slow;
2=Imp.
p4: Mode;
0=SPL;
1=SD;
2=SEL;
3=E;
4=Max;
5=Min;
6=Peak;
7=LEQ;
8=LN1;
……
17=LN10
ASCII
C U S 1 0 0 0
Hex
43H
55H
53H
31H
30H
30H
30H
Byte
1 1 1
1~2 1 1
1~2
Return
ACK / NAK
Filter
Detector
Mode
Meaning
Custom 1
0 0 7
A, Fast*, LEQ
Custom 2
0 0 8
A*, Fast*, LN1
Custom 3
0 0 12
A*, Fast*, LN5
Custom 4
0 0 16
A*, Fast*, LN 9
Custom 5
0 0 4
A, Fast, Max
Custom 6
0 0 5
A, Fast, Min
Custom 7
0 0 1
A, Fast, SD
Custom 8
0 0 0
A, Fast, SPL
Custom 9
1 0 0
B, Fast, SPL
Custom 10
2 0 0
C, Fast, SPL
Custom 11
3 0 0
Z, Fast, SPL
Custom 12
0 0 2
A, Fast*, SEL
Custom 13
0 0 3
A, Fast*, E
Custom 14
2 0 6
C, Fast*, Peak
Example: set custom measurement of group 1 to B-weighting, Fast, Peak.
02 01 43 43 55 53 31 20 31 20 30 20 36 03 20 0D 0A
Return: ACK
Default value of each group in custom measurement (parameter with * is actually useless):
02 01 06 03 06 0D 0A
3.37 CUSp1_?: Query Custom Measure Setting
© PCE Instruments
20
Instruction
P1
P2
Explanation
CUS
p1: Group
1~14
Query parameter: ?
ASCII
C U S
1
?
Hex
43H
55H
53H
31H
3FH
Byte
1 1 1
1~2
1
Return
Return custom measure setting
Example: query custom measure settings of group 12.
Instruction
P1
P2
P3
P4
P5
Explanatio
n
TIS
P1:
Switch;
0=OFF;
1=ON;
Default: 0
p2: Start
Day;
0=Ignore;
1~31=
1~31 day
form
today;
Default: 0
p3: Start
hour;
0~23=
0~23h;
Default:
12
p4: Start
minute;
0~59=
0~59m;
Default: 0
P5:
Repeat
period;
1~59=
1~59m;
60~83=
1~24h;
Default: 1
ASCII
T I S 0 0
12 0 1
Hex
54H
49H
53H
30H
30H
31H, 32H
30H
31H
Byte
1 1 1 1 1
1~2
1~2
1~2
Return
ACK / NAK
02 01 43 43 55 53 31 32 20 3F 03 1A 0D 0A
Return: the setting of group 12 is A-weighting, Fast, E.
02 01 41 31 32 2C 30 2C 30 2C 30 33 03 6D 0D 0A
3.38 TISp1_p2_p3_p4_p5: Set Timer
Example: set the Timer as switch: ON, start day: Ignore, start hour: 12:00, repeat period: 1m.
02 01 43 54 49 53 31 20 30 20 31 32 20 30 20 31 03 0E 0D 0A
Return: ACK
02 01 06 03 06 0D 0A
© PCE Instruments
21
3.39 TIS?: Query Timer Setting
Instruction
Parameters
Explanation
TIS
Query parameter: ?
ASCII
54H
49H
53H
?
Hex
1 1 1
3FH
Byte
54H
49H
53H
1
Return
Return Timer setting
Instruction
Parameters
Explanation
CON
p1: Contrast;
Range:0~14;
Default: 7
ASCII
C O N
7
Hex
43H
4FH
4EH
37H
Byte
1 1 1
1
Return
ACK / NAK
Instruction
Parameters
Explanation
CON
Query parameter: ?
ASCII
C O N
?
Hex
43H
4FH
4EH
3FH
Byte
1 1 1
1
Return
Return contrast setting
Example: query Timer setting.
02 01 43 54 49 53 3F 03 32 0D 0A
Return: Timer setting is switch=OFF, start day=Ignore, Start Time=12:00, Repeat period=1m.
3.40 CONp1: Set Contrast
Example: set the contrast as 9.
02 01 43 43 4F 4E 39 03 38 0D 0A
Return: ACK
02 01 41 30 2C 30 30 2C 31 32 3A 30 30 2C 30 31 03 65 0D 0A
02 01 06 03 06 0D 0A
3.41 CON?: Query Contrast Setting
Example: query contrast setting
02 01 43 43 4F 4E 3F 03 3E 0D 0A
Returns: the current contrast is 7
02 01 41 30 37 03 46 0D 0A
3.42 BLTp1_p2: Set Backlight
© PCE Instruments
22
Instruction
Parameter 1
Parameter 2
Explanation
BLT
p1: TimeOut;
0=ON, Auto shut down;
1=OFF, Never turn off;
Default: 0
p2: Delay;
0=10s; 1=20s; 2=30s;
3=40s; 4=50s; 5=60s;
Default: 0
ASCII
B L T
0
0
Hex
42H
4CH
54H
30H
30H
Byte
1 1 1
1
1
Return
ACK / NAK
Example: set backlight as timeout: ON, delay: 20s
Instruction
Parameters
Explanation
BLT
Query parameter: ?
ASCII
B L T
?
Hex
42H
4CH
54H
3FH
Byte
1 1 1
1
Return
Return backlight settings
02 01 43 42 4C 54 30 20 31 03 38 0D 0A
Return: ACK
02 01 06 03 06 0D 0A
3.43 BLT?: Query Backlight Setting
Example: query the backlight settings
02 01 43 42 4C 54 3F 03 26 0D 0A
Return: the current backlight setting is timeout=OFF, delay=20s (delay is useless when
backlight timeout is OFF)
02 01 41 31 2C 31 03 6D 0D 0A
© PCE Instruments
23
3.44 BAT?: Query Battery State
Instruction
Parameters
Explanation
BAT
Query parameter: ?
ASCII
B A T
?
Hex
42H
41H
54H
3FH
Byte
1 1 1
1
Return
Returns the power state and supply voltage
Power state: 0=Battery; 1=External power; 2=USB power
Supply voltage: xx.xx V
Instruction
Parameters
Explanation
TRG
p1: Trigger switch;
0=OFF;
1=ON;
Default: 0
ASCII
T R G
0
Hex
54H
52H
47H
30H
Byte
1 1 1
1
Return
ACK / NAK
Example: query battery state
02 01 43 42 41 54 3F 03 2B 0D 0A
Returns: the current battery state is external power supply, supply voltage is 9.24V
02 01 41 31 2C 30 39 2E 32 34 03 7D 0D 0A
3.45 TRGp1: Set Trigger
Example: set trigger as OFF
02 01 43 54 52 47 30 03 32 0D 0A
Return: ACK
02 01 06 03 06 0D 0A
© PCE Instruments
24
3.46 TRG?: Query Trigger Setting
Instruction
Parameters
Explanation
TRG
Query parameter: ?
ASCII
T R G ? Hex
54H
52H
47H
3FH
Byte
1 1 1
1
Return
Return Trigger settings
Instruction
P1
P2
P3
P4
Explanation
DAT
p1: Date format;
0=Year/Month/Day;
1=Month/Day/Year;
2=Day/Year/Month;
Default: 0
p2: Year;
Range:
2000~2999
p3: Month;
Range:
1~12
p4: Day;
Range:
1~31
ASCII
D A T 0 2011 1 1
Hex
44H 41H 54H 30H
32H, 30H
31H, 31H
31H 31H
Byte
1 1 1 1 4
1~2
1~2
Return
ACK / NAK
Example: query trigger setting
02 01 43 54 52 47 3F 03 3D 0D 0A Returns:
the current trigger setting is OFF
02 01 41 30 03 71 0D 0A
3.47 DATp1_p2_p3_p4: Set Date
Example: set the date format as year/month/day, date: 5th August 2011
02 01 43 44 41 54 30 20 32 30 31 31 20 38 20 35 03 0D 0D 0A
Return: ACK
02 01 06 03 06 0D 0A
© PCE Instruments
25
3.48 DAT? Query Date Setting
Instruction
Parameters
Explanation
DAT
Query parameter: ?
ASCII
D A T
?
Hex
44H
41H
54H
3FH
Byte
1 1 1
1
Return
Return date setting
Instruction
P1
P2
P3
Explanation
HOR
p1: Hour;
Range: 0~23h
p2: Minute;
Range: 0~59m
p3: Second;
Range: 0~59s
ASCII
H O R 1 1
1
Hex
48H
4FH
52H
31H
31H
31H
Byte
1 1 1
1~2
1~2
1~2
Return
ACK / NAK
Instruction
Parameters
Explanation
HOR
Query parameter: ?
ASCII
H O R
?
Hex
48H
4FH
52H
3FH
Byte
1 1 1
1
Return
Return time settings
Example: query date
02 01 43 44 41 54 3F 03 2D 0D 0A
Return: the current date format=year/month/day, date=5th August 2011
02 01 41 30 2C 32 30 31 31 2F 30 38 2F 30 35 03 52 0D 0A
3.49 HORp1_p2_p3: Set Time
Example: set the time as 18:37:30
02 01 43 48 4F 52 31 38 20 33 37 20 33 30 03 18 0D 0A
Return: ACK
02 01 06 03 06 0D 0A
3.50 HOR?: Query Time Setting
Example: query time setting
02 01 43 48 4F 52 3F 03 29 0D 0A
Returns: the current time is 18:37:48
02 01 41 31 38 3A 33 37 3A 34 38 03 40 0D 0A
© PCE Instruments
26
3.51 PWOp1: Set Auto Power Off
Instruction
Parameters
Explanation
PWO
p1: Auto power off time;
0=1min; 1=5min; 2=10min;
3=30min; 4=OFF;
Default: 4
ASCII
P W O
4
Hex
50H
57H
4FH
34H
Byte
1 1 1
1
Return
ACK / NAK
Instruction
Parameters
Explanation
PWO
Query parameter: ?
ASCII
P W O
?
Hex
50H
57H
4FH
3FH
Byte
1 1 1
1
Return
Return auto power off settings
Example: set auto power off as OFF
02 01 43 50 57 4F 34 03 3F 0D 0A
Return: ACK
02 01 06 03 06 0D 0A
3.52 PWO?: Query Auto Power Off Setting
Example: query auto power off settings
02 01 43 50 57 4F 3F 03 34 0D 0A
Returns: the current auto power off setting is OFF
02 01 41 34 03 75 0D 0A
© PCE Instruments
27
3.53 OPMp1: Set Boot Mode
Instruction
Parameters
Explanation
OPM
p1: Boot mode;
0=Normal;
1=Power & Boot;
2=Boot & Auto Measure;
Default: 0
ASCII
O P M
0
Hex
4FH
50H
4DH
30H
Byte
1 1 1
1
Return
ACK / NAK
Instruction
Parameters
Explanation
OPM
Query parameter: ?
ASCII
O P M
?
Hex
4FH
50H
4DH
3FH
Byte
1 1 1
1
Return
Return boot mode setting
Example: set bott mode as normal
02 01 43 4F 50 4D 30 03 21 0D 0A
Return: ACK
02 01 06 03 06 0D 0A
3.54 OPM?: Query Boot Mode Setting
Example: query boot mode
02 01 43 4F 50 4D 3F 03 2E 0D 0A Return:
the current boot mode is normal
02 01 41 30 03 71 0D 0A
© PCE Instruments
28
3.55 UMDp1: Set USB Mode
Instruction
Parameters
Explanation
UMD
p1: USB Mode;
0=Always Ask;
1=U Disk Mode;
2=Modem Mode;
Default: 0
ASCII
U M D
0
Hex
55H
4DH
44H
30H
Byte
1 1 1
1
Return
ACK / NAK
Instruction
Parameters
Explanation
UMD
Query parameter: ?
ASCII
U M D
?
Hex
55H
4DH
44H
3FH
Byte
1 1 1
1
Return
Return USB mode setting
Example: set to modem mode
02 01 43 55 4D 44 32 03 2D 0D 0A
Return: ACK
02 01 06 03 06 0D 0A
3.56 UMD?: Query USB Mode Setting
Example: query USB mode setting
02 01 43 55 4D 44 3F 03 20 0D 0A
Return: the current USB mode is modem mode
02 01 41 32 03 73 0D 0A
© PCE Instruments
29
3.57 GPDp1_p2: Set GPS
Instruction
P1
P2
Explanation
GPD
p1: GPS switch;
0=OFF;
1=ON;
Default: 0
p2: Auto time sync;
0=OFF;
1=ON;
Default: 0
ASCII
G P D
0
0
Hex
47H
50H
44H
30H
30H
Byte
1 1 1
1
1
Return
ACK / NAK
Instruction
Parameters
Explanation
GPD
Query parameter: ?
ASCII
G P D
?
Hex
47H
50H
44H
3FH
Byte
1 1 1
1
Return
Return GPS setting
Example: set GPS as switch: ON, auto time sync: ON
02 01 43 47 50 44 31 20 31 03 30 0D 0A
Return: ACK
02 01 06 03 06 0D 0A
3.58 GPD?: Query GPS Setting
Example: query GPS setting
02 01 43 47 50 44 3F 03 2D 0D 0A
Returns: the current GPS setting is switch=ON, auto time sync=ON
02 01 41 31 2C 31 03 6F 0D 0A
© PCE Instruments
30
3.59 VER?: Query About Information
Instruction
Parameters
Explanation
VER
Query parameter: ?
ASCII
V E R
?
Hex
56H
45H
52H
3FH
Byte
1 1 1
1
Return
Return the about information
Instruction
Parameters
Explanation
LNG
p1: Language selection;
0=English; 1=Chinese;
2=Portuguese; 3=Spanish;
4=German; 5=French;
Default: 0
ASCII
L N G
0
Hex
4CH
4EH
47H
30H
Byte
1 1 1
1
Return
ACK / NAK
Example: query about information
02 01 43 56 45 52 3F 03 3D 0D 0A
Returns: type=309S, class=2, S/N=490001, version=3.00.141020, HWID=P0274.03.B11
02 01 41 33 30 39 53 2C 32 2C 34 39 30 30 30 31 2C 33 2E 30 30 2E 31 34
31 30 32 30 2C 50 30 32 37 34 2E 30 33 2E 42 31 31 03 33 0D 0A 03 70 0D
0A
3.60 LNGp1: Set Language
Example: set the language as Chinese
02 01 43 4C 4E 47 31 03 37 0D 0A
Return: ACK
02 01 06 03 06 0D 0A
© PCE Instruments
31
3.61 LNG?: Query Language Setting
Instruction
Parameters
Explanation
LNG
Query parameter: ?
ASCII
L N G
?
Hex
4CH
4EH
47H
3FH
Byte
1 1 1
1
Return
Return the language setting
Instruction
P1
P2
P3
P4
Explanation
OUT
p1: Filter of
SLM;
0=A;
1=B;
2=C;
3=Z;
Default: 0
p2:
Detector of
SLM;
0=Fast;
1=Slow;
2=Imp.;
Default: 0
p3: Mode
of SLM;
0=SPL;
1=LEQ;
2=Peak;
Default: 0
p4: Output of
Octave;
0=LAeq;
1=LBeq;
2=LCeq;
3=LZeq;
4~39=6.3Hz~20kHz;
Default: 0
ASCII
O U T 0 0 0 0
Hex
4FH
55H
54H
30H
30H
30H
30H
Byte
1 1 1 1 1 1 1~2
Return
ACK / NAK
Example: query language setting
02 01 43 4C 4E 47 3F 03 39 0D 0A Returns:
the current language is Chinese
02 01 41 31 03 70 0D 0A
3.62 OUTp1_p2_p3_p4: Set Output
Example: set the output to A-weighting, Fast, SPL for SLM. Set the output to LAeq for Octave
02 01 43 4F 55 54 30 20 30 20 30 20 30 03 2D 0D 0A
Return: ACK
02 01 06 03 06 0D 0A
© PCE Instruments
32
Note
Instruction
Parameters
Explanation
RES
None
ASCII
R E S
None
Hex
52H
45H
53H
None
Byte
1 1 1
None
Return
ACK / NAK
3.63 OUT?: Query Output Setting
Instruction
Parameters
Explanation
OUT
Query parameter: ?
ASCII
O U T
?
Hex
4FH
55H
54H
3FH
Byte
1 1 1
1
Return
Return output setting
Instruction
Parameters
Explanation
STA
p1: Start / Stop measurement;
0=Stop;
1=Start
ASCII
S T A
1
Hex
53H
54H
41H
31H
Byte
1 1 1
1
Return
ACK / NAK
Example: query output setting
02 01 43 4F 55 54 3F 03 32 0D 0A
Return: the output for SLM=A-weighting, Fast, SPL. For Octave=LAeq
02 01 41 30 2C 30 2C 30 2C 30 03 6D 0D 0A
3.64 RES: Apply Factory Settings
: After receipt of the ACK, user must wait at least 6 seconds to finish the operation.
Example: apply the factory settings
02 01 43 52 45 53 03 07 0D 0A
Return: ACK. Wait at least 6 seconds after receipt of ACK
02 01 06 03 06 0D 0A
3.65 STAp1: Start / Stop Measurement
Example: start measurement
02 01 43 53 54 41 31 03 34 0D 0A
Return: ACK
02 01 06 03 06 0D 0A
© PCE Instruments
33
3.66 STA?: Query Measurement State
Instruction
Parameters
Explanation
STA
Query parameter: ?
ASCII
S T A
?
Hex
53H
54H
41H
3FH
Byte
1 1 1
1
Return
Return measurement state
Example: query the measurement state
02 01 43 53 54 41 3F 03 3A 0D 0A
Returns: the measurement state is start (running)
Note: The following instructions are to query the sound level meter measurements data.
They contain the "return manner” parameter, it means:
Therefore, the "return manner" parameter in the instruction can be set to 2 and send to the
sound level meter, sound level meter will return the latest measurements data every second.
02 01 41 31 03 70 0D 0A
Stop return: The sound level meter no longer to return measurements data every
second after received this instruction.
Single return: The sound level meter will return the measurements data on time after
received the instruction.
Continuous return: Automatically return the measurements data every second after
received the instruction.
© PCE Instruments
34
3.67 DMAp1_?: Query the Main Screen Data
Instruction
P1
P2
Explanation
DMA
p1:Return manner
0=Stop return
1=Single return
2=Continuous return
Query parameter: ?
ASCII
D M A 1 ?
Hex
44H
4DH
41H
31H
3FH
Byte
1 1 1 1 1
Return
Return the main screen data
Filter: 0=A, 1=B, 2=C, 3=Z
Detector: 0=Fast, 1=Slow, 2=Imp.
Mode: 0=SPL, 1=PEAK, 2=LEQ, 3=MAX, 4=MIN
Measurement data: The value of the main screen
Instruction
P1
P2
Explanation
TPR
p1: Return manner;
0=Stop return;
1=Single return;
2=Continuous return
Query parameter: ?
ASCII
T P R 1 ?
Hex
54H
50H
52H
31H
3FH
Byte
1 1 1 1 1
Return
Return 3-Profile screen data
Profile 1: Filter, Detector, Mode, Data
Profile 2: Filter, Detector, Mode, Data
Profile 3: Filter, Detector, Mode, Data
Example: query the data of the main screen, and return only once
02 01 43 44 4D 41 31 20 3F 03 25 0D 0A
Returns: the current main screen is: B-weighting, Slow, measurement data 066.1dB
02 01 41 31 2C 31 2C 32 2C 30 36 36 2E 31 03 70 0D 0A
3.68 TPRp1_?: Query 3-Profile Screen Data
Example: query 3-Profile screen data
02 01 43 54 50 52 31 20 3F 03 3B 0D 0A
Returns: the current 3-Profile screen data: profile 1: B-weighting, LEQ, 066.1dB; profile 2: Cweighting, Fast, SPL, 067.1dB; profile 3: Z-weighting, Fast, SPL, 067.4dB
02 01 41 31 2C 31 2C 32 2C 30 36 36 2E 31 2C 32 2C 30 2C 30 2C 30 36 37
2E 31 2C 33 2C 30 2C 30 2C 30 36 37 2E 34 03 74 0D 0A
© PCE Instruments
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Instruction
P1
P2
Explanation
DLN
p1: Return manner;
0=Stop return;
Query parameter: ?
1=Single return;
2=Continuous return
ASCII
D L N 1 ?
Hex
44H
4CH
4EH
31H
3FH
Byte
1 1 1 1 1
Return
Return statistical analysis (LN) data
Filter: 0=A, 1=B, 2=C, 3=Z
Detector: 0=Fast, 1=Slow, 2=Imp.
Mode: 0=SPL
Group 1 LN percentages and LN statistics
……
Group 10 LN percentages and LN statistics
3.69 DLNp1_?: Query Statistical Analysis Data (LN)
Example: query statistical analysis (LN) data
02 01 43 44 4C 4E 31 20 3F 03 2B 0D 0A
Returns: the current statistical analysis data is: A-weighting, Fast, SPL, LN10=065.4dB,
LN20=065.4dB, LN30=065.4dB, LN40=065.3dB, LN50=065.3dB, LN60=065.3dB,
LN70=035.2dB, LN80=065.2dB, LN 90=065.2dB, LN99=065.1dB
02 01 41 30 2C 30 2C 30 2C 31 30 2C 30 36 35 2E 34 2C 32 30 2C 30 36 35
2E 34 2C 33 30 2C 30 36 35 2E 34 2C 34 30 2C 30 36 35 2E 33 2C 35 30 2C
30 36 35 2E 33 2C 36 30 2C 30 36 35 2E 33 2C 37 30 2C 30 36 35 2E 32 2C
38 30 2C 30 36 35 2E 32 2C 39 30 2C 30 36 35 2E 32 2C 39 39 2C 30 36 35
2E 31 2C 03 58 0D 0A
© PCE Instruments
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3.70 DCU?: Query Custom Measure Data
Instruction
P1
P2
Explanation
DCU
p1: Return manner;
0=Stop return;
1=Single return;
2=Continuous return
Query parameter: ?
ASCII
D C U 1 ?
Hex
44H
43H
55H
31H
3FH
Byte
1 1 1 1 1
Return
Return custom measure data:
Group 1Filter, Detector, Mode, Data
……
Group 14Filter, Detector, Mode, Data
Example: query custom measure data
02 01 43 44 43 55 31 20 3F 03 3F 0D 0A
Returns: the current custom measure data: Group 0: A-weighting, Fast*, L10, 065.4dB;
Group 1: A-weighting, Fast*, L20, 065.4dB; Group 2: A-weighting, Fast*, L60, 065.3dB;
Group 3: A-weighting, Fast*, L99, 065.1dB; Group 4: A-weighting, Fast, Min, 064.4dB; Group
5: A-weighting, Fast*, Peak, 081.9dB; Group 6: A-weighting, Fast, Sel, 083.8dB; Group7: Aweighting, Fast, SPL, 065.3dB; Group 8: B-weighting, Fast, SPL, 066.4dB; Group 9: Aweighting, Fast, SD, 005.6dB; Group10: B-weighting, Fast, SD, 007.2dB; Group 11: Aweighting, Fast*, E, 2.696E-05dB; Group 12: A-weighting, Fast, Max, 65.5dB; Group 13:
B-weighting, Fast*, Leq, 066.2dB. Note: Parameters with * are useless
02 01 41 30 2C 30 2C 30 38 2C 30 36 35 2E 34 2C 30 2C 30 2C 30 39 2C 30
36 35 2E 34 2C 30 2C 30 2C 31 33 2C 30 36 35 2E 33 2C 30 2C 30 2C 31 37
2C 30 36 35 2E 31 2C 30 2C 30 2C 30 35 2C 30 36 34 2E 34 2C 30 2C 30 2C
30 36 2C 30 38 31 2E 39 2C 30 2C 30 2C 30 32 2C 30 38 33 2E 38 2C 30 2C
30 2C 30 30 2C 30 36 35 2E 33 2C 31 2C 30 2C 30 30 2C 30 36 36 2E 34 2C
30 2C 30 2C 30 31 2C 30 30 35 2E 36 2C 31 2C 30 2C 30 31 2C 30 30 37 2E
32 2C 30 2C 30 2C 30 33 2C 32 2E 36 39 36 65 2D 30 35 2C 30 2C 30 2C 30
34 2C 30 36 35 2E 35 2C 31 2C 30 2C 30 37 2C 30 36 36 2E 32 03 2F 0D 0A
© PCE Instruments
37
3.71 DSLp1_p2_?: Query All the Data of the Sound Level Meter
Instruction
P1
P2
P3
Explanation
DSL
p1: Data
group;
0=SPL;
1=SD;
2=SEL;
3=E;
4=Max;
5=Min;
6=Peak;
7=Leq;
8=LN
p2: Return
manner;
0=Stop return;
1=Single
return;
2=Continuous
return
Query
parameter: ?
ASCII
D S L 0 1
?
Hex
44H
53H
4CH
30H
31H
3FH
Byte
1 1 1 1 1
1
Return
Return the corresponding group data:
Group 0: LAF, LAS, LAI, LBF, LBS, LBI, LCF, LCS, LCI, LZF, LZS, LZI Group
1: LAFsd, LASsd, LAIsd, LBFsd, LBSsd, LBIsd, LCFsd, LCSsd,
LCIsd, LZFsd, LZSsd, LZIsd
Group 2: LAsel, LBsel, LCsel, LZsel
Example: query group 7 (LEQ)
02 01 43 44 53 4C 37 20 31 20 3F 03 21 0D 0A
Returns: the LEQ data: LAeq=065.0dB, LBeq=066.2dB; LCeq=067.0dB; LZeq=067.2dB
Group 3: LAe, LBe, LCe, LZe
Group4: LAFmax, LASmax, LAImax, LBFmax, LBSmax, LBImax, LCFmax,
LCSmax, LCImax, LZFmax, LZSmax, LZImax
Group 5: LAFmin, LASmin, LAImin, LBFmin, LBSmin, LBImin, LCFmin,
LCSmin, LCImin, LZFmin, LZSmin, LZImin
Group 6: LApeak, LBpeak, LCpeak, LZpeak
Group 7: LAeq, LBeq, LCeq, LZeq
Group 8: Percentage values and statistics of ten LN
02 01 41 30 36 35 2E 30 2C 30 36 36 2E 32 2C 30 36 37 2E 30 2C 30 36 37
2E 32 03 6E 0D 0A
© PCE Instruments
38
3.72 DOT?: Query 1/1 Octave Band Data
Instruction
P1
P2
Explanation
DOT
p1: Return manner;
0=Stop return;
1=Single return;
2=Continuous
return;
Query parameter: ?
ASCII
D O T 1 ?
Hex
44H
4FH
54H
31H
3FH
Byte
1 1 1 1 1
Return
Return 1/1 octave band data: Filter, LAeq, LBeq, LCeq, LZeq, 8Hz, 16Hz,
31.5Hz, 63Hz, 125Hz, 250Hz, 500Hz, 1kHz, 2kHz, 4kHz, 8kHz, 16kHz
Example: query 1/1 octave data
02 01 43 44 4F 54 31 20 3F 03 32 0D 0A
Returns: the current 1/1 octave band filter is C-weighting, and data are: LAeq=064.7dB,
LBeq=066.0dB, LCeq=066.8dB, LZeq=067.1dB, 8Hz=030.7dB, 16Hz=041.6dB,
31.5Hz=048.4dB, 63Hz=053.9dB, 125Hz=056.8dB, 250Hz=059.5dB, 500Hz=060.8dB,
1kHz=060.3dB, 2kHz=057.8dB, 4kHz=053.6dB, 8kHz=047.0dB, 16kHz=035.4dB
02 01 41 31 2C 30 36 34 2E 37 2C 30 36 36 2E 30 2C 30 36 36 2E 38 2C 30
36 37 2E 31 2C 30 33 30 2E 37 2C 30 34 31 2E 36 2C 30 34 38 2E 34 2C 30
35 33 2E 39 2C 30 35 36 2E 38 2C 30 35 39 2E 35 2C 30 36 30 2E 38 2C 30
36 30 2E 33 2C 30 35 37 2E 38 2C 30 35 33 2E 36 2C 30 34 37 2E 30 2C 30
33 35 2E 34 03 7F 0D 0A
© PCE Instruments
39
3.73 DTT?: Query 1/3 Octave Band Data
Instruction
P1
P2
Explanation
DTT
p1: Return manner;
0=Stop return;
1=Single return;
2=Continuous
return;
Query parameter: ?
ASCII
D T T 1 ?
Hex
44H
54H
54H
31H
3FH
Byte
1 1 1 1 1
Return
Return 1/3 octave band data: Filter, LAeq, LBeq, LCeq, LZeq, 6.3Hz, 8Hz,
10Hz, 12.5Hz, 16Hz, 20Hz, 25Hz, 31.5Hz, 40Hz, 50Hz, 63Hz, 80Hz,
100Hz, 125Hz, 160Hz, 200Hz, 250Hz, 315Hz, 400Hz, 500Hz, 630Hz,
800Hz, 1kHz, 1.25kHz, 1.6kHz, 2kHz, 2.5kHz, 3.15kHz, 4kHz, 5kHz,
6.3kHz, 8kHz, 10kHz, 12.5kHz, 16kHz, 20kHz
Example: query 1/3 octave band data.
02 01 43 44 54 54 31 20 3F 03 00 0D 0A
Return: current Filter is C-weighting, LAeq=064.8dB, LBeq=066.0dB, LCeq=066.9dB,
LZeq=067.1dB, 6.3Hz=017.8dB, 8Hz=023.5dB, 10Hz=028.0dB, 12.5Hz=032.2dB,
16Hz=035.4dB, 20Hz=038.4dB, 25Hz=041.0dB, 31.5Hz=043.6dB, 40Hz=045.9dB,
0Hz=047.0dB, 63Hz=048.5dB, 80Hz=049.8dB, 100Hz=050.9dB, 125Hz=052.1dB,
160Hz=053.0dB, 200Hz=054.1dB, 250Hz=054.7dB, 315Hz=055.5dB, 400Hz=055.9dB,
500Hz=056.2dB, 630Hz=056.3dB, 800Hz=056.1dB, 1kHz=055.6dB, 1.25kHz=054.9dB,
1.6kHz=054.2dB, 2kHz=053.0dB, 2.5kHz=051.8dB, 3.15kHz=050.4dB, 4kHz=048.8dB,
5kHz=046.9dB, 6.3kHz=044.6dB, 8kHz=041.8dB, 10kHz=038.1dB, 12.5kHz=033.3dB,
16kHz=026.2dB, 20kHz=015.0dB
02 01 41 31 2C 30 36 34 2E 38 2C 30 36 36 2E 30 2C 30 36 36 2E 39 2C 30
36 37 2E 31 2C 30 31 37 2E 38 2C 30 32 33 2E 35 2C 30 32 38 2E 30 2C 30
33 32 2E 32 2C 30 33 35 2E 34 2C 30 33 38 2E 34 2C 30 34 31 2E 30 2C 30
34 33 2E 36 2C 30 34 35 2E 39 2C 30 34 37 2E 30 2C 30 34 38 2E 35 2C 30
34 39 2E 38 2C 30 35 30 2E 39 2C 30 35 32 2E 31 2C 30 35 33 2E 30 2C 30
35 34 2E 31 2C 30 35 34 2E 37 2C 30 35 35 2E 35 2C 30 35 35 2E 39 2C 30
35 36 2E 32 2C 30 35 36 2E 33 2C 30 35 36 2E 31 2C 30 35 35 2E 36 2C 30
35 34 2E 39 2C 30 35 34 2E 32 2C 30 35 33 2E 30 2C 30 35 31 2E 38 2C 30
35 30 2E 34 2C 30 34 38 2E 38 2C 30 34 36 2E 39 2C 30 34 34 2E 36 2C 30
34 31 2E 38 2C 30 33 38 2E 31 2C 30 33 33 2E 33 2C 30 32 36 2E 32 2C 30
31 35 2E 30 03 72 0D 0A
© PCE Instruments
40
3.74 CSD: Save Custom Data into MicroSD
Instruction
Parameters
Explanation
CSD
None
ASCII
C S D
None
Hex
43H
53H
44H
None
Byte
1 1 1
None
Return
Return state:
0= Stored successfully, MicroSD OK;
1= Failure to store, MicroSD error;
2=No MicroSD.
Example: Save CSD
02 01 43 43 53 44 03 17 0D 0A
Return: save successfully, MicroSD OK
02 01 41 30 03 71 0D 0A
© PCE Instruments
41
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1519 Room, 6 Building Halkalı Merkez Mah.
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Men Tou Gou District 34303 Küçükçekmece - İstanbul
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China Tel: 0212 471 11 47
Tel: +86 (10) 8893 9660 Faks: 0212 705 53 93
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© PCE Instruments
42
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