AXE MMRD Series User manual

Rev.00
AL1
AL2
AL1
AL2
DIO
AXE MICROPROCESS DUAL INPUT RPM & LINE-SPEED CONTROLLER METER MMRD Series
■Features
◎Dual input measure and display sensor pulse or AC signal ◎16BIT DAC analog output can be modified,
◎Accuracy 0.03% F.S. ◎2 set independent alarm outputs with delay/hysteresis function
◎Input range(0~25KHz) ◎RS485 Communication interface, Protocol MODBUS RTU MODE
◎Readout range(0~99999) ◎BAUD RATE:38400/19200/9600/4800/2400
◎RPM or LINE-SPEED can be modified ◎Decimal point can be modified
◎Input pulse per revolution can be modified(1~99999) ◎0.4" LED highlight display
◎Diameter(LINE-SPEED)/Scale(RPM) can be modified ◎Man-machine interface, easy to operate
(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 Functio
n
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)
IN2 Alarm Indicate

IN2 Display
Parameter Enter (Function call out)
Set-value down(Analog output adjustment call out)
Cursor shift
(
Alarm adjustment call out
)
ENT
FUNC

E
ALARM
 
A-ADJ
Communication Indicate

IN1 Display
IN1 Alarm Indicate
Set
-
value
up
COM
IN
12V
Inside jumper
SW1
SW2
1
1
2
2
ON
ON
O
FF
O
FF
COM
IN
12V
Sensor
Inside j
umper
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 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)
 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 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 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 setting 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 SCL-A setting page

4-6
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)
 
4-7
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)

4-8
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
4-9
AVG (Display Average

1.Decide display average times with  &  &  key(1~99)

Rev.00
times)
Default = 5

2.Press  key enter data and into CODE setting page

4-10
CODE(Pass Code)
Default = 0

1.Decide pass code with  &  &  key(0~99999)
2.Press  key enter data and into LOCK setting page

4-11
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 setting group)

Press  key decide ROP setting group,press  key into ACT1.1
setting page

5-1
ACT1.1(Alarm Active 1-1)
Default = HI

1.Decide Alarm Active 1-1 with  or  key(HI or LO)
2.Press  key enter data and into ACT1.2 setting page

5-2
ACT1.2(Alarm Active 1-2)
Default = HI

1.Decide Alarm Active 1-2 with  or  key(HI or LO)
2.Press  key enter data and into ACT2.1 setting page

5-3
ACT2.1(Alarm Active 2-1)
Default = HI

1.Decide Alarm Active 2-1 with  or  key(HI or LO)
2.Press  key enter data and into ACT2.2 setting page

5-4
ACT2.2(Alarm Active 2-2)
Default = HI

1.Decide Alarm Active 2-2 with  or  key(HI or LO)
2.Press  key enter data and into HYS1.1 setting page

5-5
HYS1.1(Alarm Hysteresis
1-1)
Default = 0

1.Decide Hysteresis 1-1 with or or key(0~999)
2.Press key enter data and into HYS1.2 setting page

5-6
HYS1.2(Alarm Hysteresis
1-2 )
Default = 0

1.Decide Hysteresis 1-2 with or or key(0~999)
2.Press key enter data and into HYS2.1 setting page

5-7
HYS2.1(Alarm Hysteresis
2-1 )
Default = 0

1.Decide Hysteresis 2-1 with or or key(0~999)
2.Press key enter data and into HYS2.2 setting page

5-8
HYS2.2(Alarm Hysteresis
2-2)
Default = 0

1.Decide Hysteresis 2-2 with or or key(0~999)
2.Press key enter data and into DEL1.1 setting page

5-9
DEL1.1(Alarm Delay 1-1)
Default = 0

1.Decide Alarm Delay 1-1 with or or key(-99~99 sec)
2.Press key enter data and into DEL1.2 setting page
Note:-1 ~ -99 sec = Alarm active time
1 ~ 99 sec = Alarm delay time

5-10
DEL1.2(Alarm Delay 1-2)
Default = 0

1.Decide Alarm Delay 1-2 with or or key(-99~99 sec)
2.Press key enter data and into DEL2.1 setting page
Note:-1 ~ -99 sec = Alarm active time
1 ~ 99 sec = Alarm delay time

5-11
DEL2.1(Alarm Delay 2-1)
Default = 0

1.Decide Alarm Delay 2-1 with or or key(-99~99 sec)
2.Press key enter data and into DEL2.2 setting page
Note:-1 ~ -99 sec = Alarm active time
1 ~ 99 sec = Alarm delay time

5-12
DEL2.2(Alarm Delay 2-2)
Default = 0

1.Decide Alarm Delay 2-2 with or or key(-99~99sec)
2.Press key enter data and return ROP setting group
Note:-1 ~ -99 sec = Alarm active time
1 ~ 99 sec = Alarm delay time
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

Rev.00

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 = IN1

1.Decide Analog Output Select with or key(IN1 or IN2)
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
(0~99999)
2.Press  key enter data and into ANHI setting page

7-3
ANHI(A/ O Span According
to Display setting page)
Default = 99999

1.Decide A/ O Span According to Display with  or  or  key
(0~99999)
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 AL1-1 setting page

8-1
AL1-1 (IN1 Alarm value 1-1)
Default = 0

1.Decide IN1 alarm value 1-1 with or or key(0~99999)
2.Press key enter data and into AL1-2 setting page

8-2
AL1-2 (IN1 Alarm value 1-2)
Default = 0

1.Decide IN1 alarm value 1-2 with or or key(0~99999)
2.Press key enter data and into AL2-1 setting page

8-3
AL2-1 (IN2 Alarm value 2-1)
Default = 0

1.Decide IN2 alarm value 2-1 with or or key(0~99999)
2.Press key enter data and into AL2-2 setting page

8-4
AL2-2 (IN2 Alarm value 2-2)
Default = 0

1.Decide IN2 alarm value 2-2 with or or key(0~99999)
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 range(0~25KHz)
2
Display over range error
detect

Display over range(99999)


3
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 normal display  
3.EEPROM was reset,Please follow step 1~9 set again

Rev.00
MMRD 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 IN1 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 IN2 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 TYPE Input Type,Input Range 0000~0001(0~1)(0:RPM,1:LINE) R/W
0003 LOCK Panel Lock,Input Range 0000~0001(0~1)(0:NO,1:YES) R/W
0004 ACT1.1 Alarm Active 1-1,Input Range 0000~0001(0~1)(0:HI,1:LO) R/W
0005 ACT1.2 Alarm Active 1-2,Input Range 0000~0001(0~1)(0:HI,1:LO) R/W
0006 ACT2.1 Alarm Active 2-1,Input Range 0000~0001(0~1)(0:HI,1:LO) R/W
0007 ACT2.2 Alarm Active 2-1,Input Range 0000~0001(0~1)(0:HI,1:LO) R/W
0008 HYS1.1 Alarm Hysteresis 1-1,Input Range 0000~03E7(0~999) R/W
0009 HYS1.2 Alarm Hysteresis 1-2,Input Range 0000~03E7(0~999) R/W
000A HYS2.1 Alarm Hysteresis 2-1,Input Range 0000~03E7(0~999) R/W
000B HYS2.2 Alarm Hysteresis 2-2,Input Range 0000~03E7(0~999) R/W
000C DEL1.1 Alarm Delay 1-1,Input Range FF9D~0063(-99~99) R/W
000D DEL1.2 Alarm Delay 1-2,Input Range FF9D~0063(-99~99) R/W
000E DEL2.1 Alarm Delay 2-1,Input Range FF9D~0063(-99~99) R/W
000F DEL2.2 Alarm Delay 2-2,Input Range FF9D~0063(-99~99) R/W
0010 ADDR Communication Address,Input Range 0000~00FF(0~255) R/W
0011 BAUD Communication Baud Rate,Input Range 0000~0004(0~4)(0:38400,1:19200,2:9600,3:4800,4:2400) R/W
0012 PARI Communication Parity Check,Input Range 0000~0003(0~3)(0:N82,1:N81,2:EVEN,3:ODD) R/W
0013 AO.SEL Analog Output Select,Input Range 0000~0001(0~1)(0:IN1,1:IN2) R/W
0014 TBASE Sampling Time Base, Input Range 0001~03E7(1~999) R/W
0015 AVG Display Average times, Input Range 0001~0063(1~99) R/W
0016 A_ZERO Analog Output Zero Adjust,Input Range E890~1770(-6000~6000) R/W
0017 A_SPAN Analog Output Span Adjust,Input Range E890~1770(-6000~6000) R/W
0018 CODE Pass Code,Input Range 00000000~0001869F(0~99999)high word R/W
0019 Pass Code,Input Range 00000000~0001869F(0~99999)low word R/W
001A SCL-A Scale-A,Input Range 00000001~0001869F(1~99999)high word R/W
001B Scale-A,Input Range 00000001~0001869F(1~99999)low word R/W
001C SCL-B Scale-B,Input Range 00000001~0001869F(1~99999)high word R/W
001D Scale-B,Input Range 00000001~0001869F(1~99999)low word R/W
001E PPR-A Pulse Per Revolution of input A, Input Range 00000001~0001869F(1~99999) high word R/W
001F Pulse Per Revolution of input A, Input Range 00000001~0001869F(1~99999) low word R/W
0020 PPR-B Pulse Per Revolution of input B, Input Range 00000001~0001869F(1~99999) high word R/W
0021 Pulse Per Revolution of input B, Input Range 00000001~0001869F(1~99999) low word R/W
0022 AL1-1 IN1 Alarm value 1-1,Input Range 00000000~0001869F(0~99999)high word R/W
0023 IN1 Alarm value 1-1,Input Range 00000000~0001869F(0~99999)low word R/W
0024 AL1-2 IN1 Alarm value 1-2,Input Range 00000000~0001869F(0~99999)high word R/W
0025 IN1 Alarm value 1-2,Input Range 00000000~0001869F(0~99999)low word R/W
0026 AL2-1 IN2 Alarm value 2-1,Input Range 00000000~0001869F(0~99999)high word R/W
0027 IN2 Alarm value 2-1,Input Range 00000000~0001869F(0~99999)low word R/W
0028 AL2-2 IN2 Alarm value 2-2,Input Range 00000000~0001869F(0~99999)high word R/W
0029 IN2 Alarm value 2-2,Input Range 00000000~0001869F(0~99999)low word R/W
002A ANLO Analog Output Zero According to Display,Input Range 00000000~0001869F(0~99999)high word R/W
002B Analog Output Zero According to Display,Input Range 00000000~0001869F(0~99999)low word R/W
002C ANHI Analog Output Span According to Display,Input Range 00000000~0001869F(0~99999)high word R/W
002D Analog Output Span According to Display,Input Range 00000000~0001869F(0~99999)low word R/W
002E DISP1 IN1 Display Value, Display Range 00000000~0001869F(0~99999)high word R
002F IN1 Display Value, Display Range 00000000~0001869F(0~99999)low word R
0030 DISP2 IN2 Display Value, Display Range 00000000~0001869F(0~99999)high word R
0031 IN2 Display Value, Display Range 00000000~0001869F(0~99999)low word R
0032 STATUS Display & Alarm Status, Display Range 0000~00FF(0~255) Bit0:AL1-1,Bit1:AL1-2,Bit2:AL2-1,
Bit3:AL2-2,Bit4:DISP1 DOFL,Bit5:DISP1 IOFL,Bit6:DISP2 DOFL,Bit7:DISP2 IOFL R