AXE MMRD-M Series User manual

Rev.00
AXE MICROPROCESS DUAL INPUT(MATH FUNCTION) RPM & LINE-SPEED CONTROLLER METER MMRD-M Series
■Features
◎Dual input measure and display sensor pulse or AC signal ◎16BIT DAC analog output can be modified,
◎Accuracy 0.03% F.S. ◎Four independent alarm with delay and hysteresis function
◎Input range(0~25KHz) ◎RS485 Communication interface, Protocol MODBUS RTU MODE
◎Readout range D1/D2(0~99999),D3(-19999~99999) ◎BAUD RATE:38400/19200/9600/4800/2400
◎RPM or LINE-SPEED can be modified ◎0.4" LED highlight display
◎Dual input math function(B-A,(B+A)/2,B/A,(B/A)-1,1-(B/A),B/(A+B)) ◎Decimal point can be modified
◎Input pulse per revolution can be modified(1~99999) ◎Man-machine interface, easy to operate
◎Diameter(LINE-SPEED)/Scale(RPM) can be modified(0.0001~9.9999) ◎EEPROM Saving, data safekeeping about 10 years
◎Display average times can be modified(1~99) ◎Modified inside parameter, must have pass code
■Name of Parts
■Connect Diagram ■Input function jumper table
◎Contact input (PNP) ◎Sensor input (PNP 5V/12V)
◎Position 1 ON:IN(A)/IN(B) -> (NPN)
◎Contact input (NPN) ◎Sensor input (NPN 5V/12V)
◎Position 1 OFF:IN(A)/IN(B) -> (PNP)
◎Position 2 ON :IN(A)/IN(B) -> (0~50HZ)
◎Position 2 OFF:IN(A)/IN(B) -> (0~25KHZ)
■
Alarm Function
description
◎When ACT=HI,DEL= 0 : Display value > Setting value(AL) + Hysteresis (HYS) à(Relay on)
Display value <= Setting value(AL) - Hysteresis (HYS) à(Relay off)
◎When ACT=LO,DEL= 0 : Display value >= Setting value(AL) + Hysteresis (HYS) à(Relay off)
Display value < Setting value(AL) - Hysteresis (HYS) à(Relay on)
◎When ACT=HI,DEL= 1 ~ 99 sec.: Display value > Setting value(AL) + Hysteresis (HYS) + Delay time(DEL) à(Relay on)
Display value <= Setting value(AL) - Hysteresis (HYS) à(Relay off)
◎When ACT=LO,DEL= 1 ~ 99 sec.: Display value >= Setting value(AL) + Hysteresis (HYS) à(Relay off)
Display value < Setting value(AL) - Hysteresis (HYS) + Delay time(DEL) à(Relay on)
◎When ACT=HI,DEL= -1 ~ -99 sec.:Display value > Setting value(AL) + Hysteresis (HYS) à(Relay one shoot(DEL) and then off)
Display value <= Setting value(AL) - Hysteresis (HYS) à(Relay restore normal after the procedure)
◎When ACT=LO,DEL= -1~ -99 sec.:Display value >= Setting value(AL) + Hysteresis (HYS)à(Relay restore normal after the procedure)
Display value <
Setting value(AL)
-
Hysteresis (HYS)
à
(Relay one shoot(DEL) and then off)
Key Introduce Operation Manual
 Key Function 1.In normal display,The key function is call out setting group
2.In parameter setting page,The key function is data Enter , and goto next page
 Key Function 1.In normal display,The key function is call out alarm value setting page
2.Into parameter setting page,the parameter mark&data is alternate display,If need modify data can press
 key into setting procedure,The display is lock parameter data,this time must let off key about 0.2
sec,press again,the cursor(twinkle express)is cycle moving left. (Key Response about 0.2 sec)
COM
IN
12V
Inside jumper
SW1
SW2
1
1
2
2
ON
ON
O
FF
O
FF
COM
IN
12V
Sensor
Inside jumper
SW1
SW2
1
1
2
2
O
FF
O
FF
O
FF
O
FF
4
3
2 1
SW1
4
3
2 1
SW
2
COM
IN
12V
COM
IN
12V
Sensor
Inside jumper
SW1
SW2
1
1
2
2
ON
ON
O
N
O
N
Inside jumper
SW1
SW2
1
1
2
2
ON
ON
O
FF
O
FF

Rev.00
 Key Function 1.Into parameter setting page,the parameter mark&data is alternate display,If need modify data can
press  key into setting procedure,The display is lock parameter data,this time must let off key about
0.2 sec,press again,the parameter data will increment. (Key Response about 0.2 sec)
 Key Function 1.In normal display,The key function is call out adjustment analog output AZERO&ASPAN page
2.Into parameter setting page,the parameter mark&data is alternate disp
lay,If need modify data can press
 key into setting procedure,The display is lock parameter data,this time must let off key about 0.2
sec,press again the parameter data will decrement. (Key Response about 0.2 sec)
 &  Key Function 1.In setting group or setting page press  &  key return normal display,but if in setting page the
modify data will be lost
No Key in anything 1.In setting group or setting page no key in anything about 2 minutes,return normal display,but if in
Setting page the modify data will be lost
Step Parameter Mark Description Parameter Mark Operation Manual
1
Normal display

Press  /FUNC key into P.CODE setting page
 
2
P.CODE(Pass code input
page)

1.Key in 5 digit pass code with  or  or  key
2.Press  key,the pass code is right into setting group , otherwise
return normal display
SYS(System setting group) 
ROP(Alarm setting group) 
DOP (Communication setting group) 
3
AOP (Analog output setting group) 
1.Select setting group with  key
2.Press  key into setting page of selection setting group
4
SYS(System setting group)

Press key decide SYS setting group , press key into D  P1 setting
page

4-1
DP1(Decimal Point IN-1)
Default = 0

1.Decide decimal point IN-1 position with  or  key (0 to 4)
2.Press  key enter data and into DP2 setting page

4-2
DP2(Decimal Point IN-2)
Default = 0

3.Decide decimal point IN-2 position with  or  key (0 to 4)
4.Press  key enter data and into TYPE setting page

4-3
TYPE(Type)
Default = RPM

1.Decide Type with  or  key(RPM/LINE)
2.Press  key enter data and into PPR-A setting page

4-4
PPR-A(Pulse Per Revolution
of input A)
Default = 1

1.Decide pulse per revolution of input A with  &  &  key(1~99999)
2.Press  key enter data and into PPR-B setting page

4-5
PPR-B(Pulse Per Revolution
of input B)
Default = 1

1.Decide pulse per revolution of input B with  &  &  key(1~99999)
2.Press  key enter data and into MATH setting page

4-6
MATH(Math function of
Display 3)
Default = B-A
 
1.Decide Math function of Display 3 with or key 
B-A [Display value of (B-A)]
(B+A)/2 [Display value of (B+A)/2]
(B/A)x100 [Display value of (B/A)*100]
(B/A-1)x100 [Display value of (B/A-1)*100]
(B/(A+B))x100 [Display value of (B/(A+B))*100]
(1-B/A)x100 [Display value of (1-B/A)*100]
2.Press key enter data and intoDP3 setting page

4-7
DP3(Decimal Point 3)
Default = 0

5.Decide decimal point 3 position with or key (0 to 4)
6.Press key enter data and into SCL-A setting page

4-8
SCL-A (Scale-A)
Default = 1.0000

1.Decide Scale-A with or or key (0.0001~9.9999)
2.Presskey enter data and into SCL-B setting page
Note:RPM(Scale = 0.0001~9.9999)
Line-Speed(rotation diameter = 0.0001~9.9999M)
 
4-9
SCL-B (Scale-B)
Default = 1.0000

1.Decide Scale-B with or or key (0.0001~9.9999)
2.Presskey enter data and into TBASE setting page
Note:RPM(Scale = 0.0001~9.9999)
Line-Speed(rotation diameter = 0.0001~9.9999M)

4-10
TBASE (Sampling Time
Base)
Default = 0.1

1.Decide sampling time base with  &  &  key(0.1~99.9sec)
2.Press  key enter data and into AVG setting page

Rev.00

4-11
AVG (Display Average
times)
Default = 5

1.Decide display average times with  &  &  key(1~99)
2.Press  key enter data and into CODE setting page

4-12
CODE(Pass Code)
Default = 0

1.Decide pass code with  &  &  key(0~99999)
2.Press  key enter data and into LOCK setting page

4-13
LOCK(Panel Lock)
Default = NO

1.Decide panel lock with  &  key(NO or YES)
2.Press  key enter data and return SYS setting group
5
ROP(Alarm output setting
group)

Press key decide ROP setting group,press key into AL1-S setting
page

5-1
AL1-S(Alarm 1 Select)
Default = DISP1

1.Decide Alarm 1 Select with or key(DISP1,DISP2,DISP3)
2.Press key enter data and into ACT1 setting page

5-2
ACT1(Alarm Active 1)
Default = HI

1.Decide Alarm Active 1 with or key(HI or LO)
2.Press key enter data and into HYS1 setting page

5-3
HYS1(Alarm Hysteresis 1)
Default = 0

1.Decide Alarm Hysteresis 1 with or or key(0~999)
2.Press key enter data and into DEL1 setting page

5-4
DEL1(Alarm Delay 1)
Default = 0

1.Decide Alarm Delay 1 with or or key(-99~99 sec)
2.Press key enter data and into AL2-S setting page
Note: -1 ~ -99 sec = Alarm active time, 1 ~ 99 sec = Alarm delay time

5-5
AL2-S(Alarm 2 Select)
Default = DISP2

1.Decide Alarm 2 Select with or key(DISP1,DISP2,DISP3)
2.Press key enter data and into ACT2 setting page

5-6
ACT2(Alarm Active 2)
Default = HI

1.Decide Alarm Active 2 with or key(HI or LO)
2.Press key enter data and into HYS2 setting page

5-7
HYS2(Alarm Hysteresis 2)
Default = 0

1.Decide Alarm Hysteresis 2 with or or key(0~999)
2.Press key enter data and into DEL2 setting page

5-8
DEL2(Alarm Delay 2)
Default = 0

1.Decide Alarm Delay 2 with or or key(-99~99 sec)
2.Press key enter data and into AL3-S setting page
Note: -1 ~ -99 sec = Alarm active time, 1 ~ 99 sec = Alarm delay time

5-9
AL3-S(Alarm 3 Select)
Default = DISP3

1.Decide Alarm 3 Select with or key(DISP1,DISP2,DISP3)
2.Press key enter data and into ACT3 setting page

5-10
ACT3(Alarm Active 3)
Default = HI

1.Decide Alarm Active 3 with or key(HI or LO)
2.Press key enter data and into HYS3 setting page

5-11
HYS3(Alarm Hysteresis 3)
Default = 0

1.Decide Alarm Hysteresis 3 with or or key(0~999)
2.Press key enter data and into DEL3 setting page

5-12
DEL3(Alarm Delay 3)
Default = 0

1.Decide Alarm Delay 3 with or or key(-99~99 sec)
2.Press key enter data and into AL4-S setting page
Note: -1 ~ -99 sec = Alarm active time, 1 ~ 99 sec = Alarm delay time

5-13
AL4-S(Alarm 4 Select)
Default = DISP1

1.Decide Alarm 4 Select with or key(DISP1,DISP2,DISP3)
2.Press key enter data and into ACT4 setting page

5-14
ACT4(Alarm Active 4)
Default = HI

1.Decide Alarm Active 4 with or key(HI or LO)
2.Press key enter data and into HYS4 setting page

5-15
HYS4(Alarm Hysteresis 4)
Default = 0

1.Decide Alarm Hysteresis 4 with or or key(0~999)
2.Press key enter data and into DEL4 setting page

5-16
DEL4(Alarm Delay 4)
Default = 0

1.Decide Alarm Delay 4 with or or key(-99~99 sec)
2.Press key enter data and return ROP setting group
Note: -1 ~ -99 sec = Alarm active time, 1 ~ 99 sec = Alarm delay time

Rev.00
6
DOP(Communication setting
group)

press  key decide DOP setting group,press 
key into ADDR setting
page

6-1
ADDR(Communication –
Address setting page )
Default = 0

1.Decide address with  or  or  key(0~255)
2.Press  key enter data and into BAUD setting page

6-2
BAUD(Communication Baud
Rate setting page)
Default = 19200

1.Decide baud rate with  or  key(38400,19200,9600,4800,2400)
2.Press  key enter data and into PARI setting page

6-3
PARI(Communication Parity
Check setting page)
Default = n82

1.Decide parity check with  or  key(n82,n81,even,odd)
2.Press  key enter data and return DOP setting group
7
AOP(Analog output setting
group)

Press  key decide AOP setting group , press  key into AO.SEL
setting page

7-1
AO.SEL(Analog Output
Select)
Default = DISP3

1.Decide Analog Output Select with or key(DISP1,DISP2,DISP3)
2.Press key enter data and into ANLO setting page

7-2
ANLO(A/O Zero According
to Display setting page)
Default = 0

1.Decide A/O Zero According to Display with  or  or  key
(-19999~99999)
2.Press  key enter data and into ANHI setting page

7-3
ANHI(A/ O Span According
to Display setting page)
Default =10000

1.Decide A/ O Span According to Display with  or  or  key
(-19999~99999)
2.Press  key enter data and return AOP setting group
Step Parameter mark description Parameter mark Operation manual
8
Normal display

Press  /ALARM key about 3 sec,into AL1 setting page

8-1
AL1 (Alarm 1)
Default = 0

1.Decide Alarm 1 with or or key(-19999~99999)
2.Press key enter data and into AL2 setting page

8-2
AL2 (Alarm 2)
Default = 0

1.Decide Alarm 2 with or or key(-19999~99999)
2.Press key enter data and into AL3 setting page

8-3
AL3(Alarm 3)
Default = 0

1.Decide Alarm 3 with or or key(-19999~99999)
2.Press key enter data and into AL4 setting page

8-4
AL4(Alarm 4)
Default = 0

1.Decide Alarm 4 with or or key(-19999~99999)
2.Press key enter data and return normal display
Step Parameter mark description Parameter mark Operation manual
9
Normal display

Press  /A-ADJkey about 3 sec,into AZERO adjustment page

9-1
AZERO(Analog Output
Zero Adjustment page)
Default = 0

1.Adjustment analog output zero with  or  or  key(±6000)
2.Press  key enter data and into ASPAN adjustment page

9-2
ASPAN(Analog Output
Span Adjustment page)
Default = 0

1.Adjustment analog output span with  or  or  key(±6000)
2.Press  key enter data and return normal display
Appendix Error Mark description Error Mark Analyze & Description
1
Input over range error detect

Input signal over the maximum input range (0~25KHz)
2
Display over range error detect

Input signal over the maximum display range (99999)
3
Display under range error detect

Input signal under the minimum display range (-19999)


4
EEPROM error detect

1.External interference when EEPROM read/write
2.EEPROM write over 1 million times(guarantee 10 years)
Please power reset,if still display E-00,doing following step:
1.E-00 & No alternate display for inquire reset EEPROM
2.Decide Yes with or key,press key return n   ormal display
3.EEPROM was reset,Please follow step 1~9 set again

Rev.00
MMRD-M Modbus RTU Mode Protocol Address Map
Data format 16Bit/32Bit, sign bit 8000~7FFF(-32768~32767), 80000000~7FFFFFFF(-2147483648~2147483647)
Address Name Description Accept
0000 DP1 IN-1 Decimal Point, Input Range 0000~0004(0~4)(0:100,1:10-1,2:10-2,3:10-3,4:10-4) R/W
0001 DP2 IN-2 Decimal Point, Input Range 0000~0004(0~4)(0:100,1:10-1,2:10-2,3:10-3,4:10-4) R/W
0002 DP3 Display 3 Decimal Point, Input Range 0000~0004(0~4)(0:100,1:10-1,2:10-2,3:10-3,4:10-4) R/W
0003 TYPE Input Type, Input Range 0000~0001(0~1)(0:RPM,1:LINE) R/W
0004 LOCK Panel Lock, Input Range 0000~0001(0~1)(0:NO,1:YES) R/W
0005 MATH
Math function of Display 3 , Input Range 0000~0005(0~5)(0:B-A,1:(B+A)/2,2:(B/A)x100,
3:(B/A-1)x100,4:(B/(A+B))x100,5:(1-B/A)x100) R/W
0006 AL1-S Alarm 1 Select , Input Range 0000~0002(0~2)(0:DISP1,1:DISP2,2:DISP3) R/W
0007 AL2-S Alarm 2 Select , Input Range 0000~0002(0~2)(0:DISP1,1:DISP2,2:DISP3) R/W
0008 AL3-S Alarm 3 Select , Input Range 0000~0002(0~2)(0:DISP1,1:DISP2,2:DISP3) R/W
0009 AL4-S Alarm 4 Select , Input Range 0000~0002(0~2)(0:DISP1,1:DISP2,2:DISP3) R/W
000A ACT1 Alarm Active 1,Input Range 0000~0001(0~1)(0:HI,1:LO) R/W
000B ACT2 Alarm Active 2,Input Range 0000~0001(0~1)(0:HI,1:LO) R/W
000C ACT3 Alarm Active 3,Input Range 0000~0001(0~1)(0:HI,1:LO) R/W
000D ACT4 Alarm Active 4,Input Range 0000~0001(0~1)(0:HI,1:LO) R/W
000E HYS1 Alarm Hysteresis 1,Input Range 0000~03E7(0~999) R/W
000F HYS2 Alarm Hysteresis 2,Input Range 0000~03E7(0~999) R/W
0010 HYS3 Alarm Hysteresis 3,Input Range 0000~03E7(0~999) R/W
0011 HYS4 Alarm Hysteresis 4,Input Range 0000~03E7(0~999) R/W
0012 DEL1 Alarm Delay 1,Input Range FF9D~0063(-99~99) R/W
0013 DEL2 Alarm Delay 2,Input Range FF9D~0063(-99~99) R/W
0014 DEL3 Alarm Delay 3,Input Range FF9D~0063(-99~99) R/W
0015 DEL4 Alarm Delay 4,Input Range FF9D~0063(-99~99) R/W
0016 ADDR Communication Address, Input Range 0000~00FF(0~255) R/W
0017 BAUD Communication Baud Rate, Input Range 0000~0004(0~4)(0:38400,1:19200,2:9600,3:4800,4:2400) R/W
0018 PARI Communication Parity Check, Input Range 0000~0003(0~3)(0:N82,1:N81,2:EVEN,3:ODD) R/W
0019 AO.SEL Analog Output Select, Input Range 0000~0002(0~2) (0:DISP1,1:DISP2,2:DISP3) R/W
001A TBASE Sampling Time Base, Input Range 0001~03E7(1~999) R/W
001B AVG Display Average times, Input Range 0001~0063(1~99) R/W
001C A_ZERO Analog Output Zero Adjust, Input Range E890~1770(-6000~6000) R/W
001D A_SPAN Analog Output Span Adjust, Input Range E890~1770(-6000~6000) R/W
001E CODE Pass Code, Input Range 00000000~0001869F(0~99999)high word R/W
001F Pass Code, Input Range 00000000~0001869F(0~99999)low word R/W
0020 SCL-A Scale-A, Input Range 00000001~0001869F(1~99999)high word R/W
0021 Scale-A, Input Range 00000001~0001869F(1~99999)low word R/W
0022 SCL-B Scale-B, Input Range 00000001~0001869F(1~99999)high word R/W
0023 Scale-B, Input Range 00000001~0001869F(1~99999)low word R/W
0024 PPR-A
Pulse Per Revolution
of input A
, Input Range 00000001~0001869F
(1~9
9999)
high word
R/W
0025 Pulse Per Revolution of input A, Input Range 00000001~0001869F(1~99999) low word R/W
0026 PPR-B Pulse Per Revolution of input B, Input Range 00000001~0001869F(1~99999) high word R/W
0027 Pulse Per Revolution of input B, Input Range 00000001~0001869F(1~99999) low word R/W
0028 AL1 Alarm value 1,Input Range FFFFB1E1~0001869F(-19999~99999)high word R/W
0029 Alarm value 1,Input Range FFFFB1E1~0001869F(-19999~99999)low word R/W
002A AL2 Alarm value 2,Input Range FFFFB1E1~0001869F(-19999~99999)high word R/W
002B Alarm value 2,Input Range FFFFB1E1~0001869F(-19999~99999)low word R/W
002C AL3 Alarm value 3,Input Range FFFFB1E1~0001869F(-19999~99999)high word R/W
002D Alarm value 3,Input Range FFFFB1E1~0001869F(-19999~99999)low word R/W
002E AL4 Alarm value 4,Input Range FFFFB1E1~0001869F(-19999~99999)high word R/W
002F Alarm value 4,Input Range FFFFB1E1~0001869F(-19999~99999)low word R/W
0030 ANLO Analog Output Zero According to Display, Input Range FFFFB1E1~0001869F(-19999~99999)high word R/W
0031 Analog Output Zero According to Display, Input Range FFFFB1E1~0001869F(-19999~99999)low word R/W
0032 ANHI Analog Output Span According to Display, Input Range FFFFB1E1~0001869F(-19999~99999)high word R/W
0033 Analog Output Span According to Display, Input Range FFFFB1E1~0001869F(-19999~99999)low word R/W
0034 DISP1 IN1 Display Value, Display Range 00000000~0001869F(0~99999)high word R
0035 IN1 Display Value, Display Range 00000000~0001869F(0~99999)low word R
0036 DISP2 IN2 Display Value, Display Range 00000000~0001869F(0~99999)high word R
0037 IN2 Display Value, Display Range 00000000~0001869F(0~99999)low word R
0038 DISP3 Math Display 3, Display Range FFFFB1E1~0001869F(-19999~99999)high word R
0039 Math Display 3, Display Range FFFFB1E1~0001869F(-19999~99999)low word R
003A STATUS
Display & Alarm Status, Range 0000~03FF(0~1023)Bit0:AL1,Bit1:AL2,Bit2:AL3,Bit3:AL4,Bit4:DISP1 DOFL
,Bit5:DISP1 IOFL,Bit6:DISP2 DOFL,Bit7:DISP2 IOFL,Bit8:DISP3 DOFL,Bit9:DISP3 -DOFL R