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JPSM

EM-1689 Rev.5

P. 4 / 8

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SW1 & 2 FUNCTIONS (SW1: Input 2, SW2: Input 1, SW1-3 and SW2-3 are used commonly to both inputs.)

SWITCH

INPUT MODEL SUFFIX CODE

NO.

SW FUNCTION

A

B

C

D

H

SW1,2 – 1

ON with dry contact input (model suffix: A)

ON

OFF

OFF

OFF

OFF

2

ON with 2-wire current pulse input (model suffix: H)

OFF

OFF

OFF

OFF

ON

3

SW1–3: Adjustable range of sensitivity level for V

L

 (ON: 0 – 10V, OFF: 0 – 5V)

ON or OFF

OFF

ON or OFF

OFF

SW2–3: Adjustable range of sensitivity level for V

L

 (ON: 0 – 10V, OFF: 0 – 5V)

(required level)

(required

Refer to the section "SENSITIVITY ADJUSTMENT".

level)

4

Output logic

ON or OFF

5

Noise filter Type 1 (ON: with, OFF: without)

6

Noise filter Type 2 (ON: with, OFF: without)

7

Attenuator for input signal (ON: with, OFF: without)

OFF *

OFF *

OFF

OFF *

OFF

Input voltage is attenuated to half the original amplitude with this switch ON.
(one-third for the model number suffix code A.)

8

Input pulse sensing method (ON: DC coupled, OFF: capacitor coupled)

ON

Turn this switch off with a 10V or greater offset.

*Set to ON with excitation voltage 

24V.

ON or OFF according to the noise level.  Refer
to the tables below for the max. frequency
which can pass through the filter.

Not Used

Sensitivity Adj. (V

H

)

Sensitivity Adj. (V

L

)

Not Used

Sensor Excitation Adj.

Input Monitor LED PL1

Input Monitor LED PL2

Set each switch according 

to the table below.

SW1

(front cover open)

Set each switch according 

to the table below.

O
N

2

1

3
4
5
6
7
8

O
N

2

1

3
4
5
6
7
8

SW2

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STATUS INDICATOR LED

The CPU status is indicated by different blinking patterns of the front
indicator LED.  1 pattern cycle is divided in 16 ON or OFF periods, each of
which lasts for 320 millisec.
In the figure to the right, 

 means that the light is OFF, while 

 means that

it is ON.  The ON-OFF pattern changes from the left end to the right in 320
millisec. duration.
There are more of these patterns which are not shown here, however, when
the last one shown in the figure to the right or some other pattern is
indicated, contact M-System.
The anomaly report is available also on the display of the Programming
Unit.  Refer to its manual for detailed information.

HARDWARE SETTING & CALIBRATION

NORMAL BLINKING PATTERNS

Program mode

Monitor mode, cutout status

Monitor mode, normal input status

ABNORMAL BLINKING PATTERNS

Parameters are destroyed or functioning in default values.

Parameters are destroyed and impossible to recover.

Содержание JPSM

Страница 1: ...e present in the air install the unit inside proper housing with sufficient ventila tion Do not install the unit where it is subjected to continuous vibration Do not subject the unit to physical impact Environmental temperature must be within 5 to 60 C 23 to140 F withrelativehumiditywithin30to90 RHinorder to ensure adequate life span and operation WIRING Do not install cables power supply input an...

Страница 2: ... 4 2 WIRE PICK UP DC SUPPLY 100Ω 5 6 2 WIRE PICK UP DC SUPPLY Voltage Pulse Open Collector Output Connection Examples 1 2 Voltage Pulse 1 2 Power Photo MOSFET Relay AC Powered 1 2 LOAD Relay or Counter Coil Varistor or Spark Quenching Circuit DC Powered 1 2 LOAD Relay or Counter Coil Spark Quenching Diode OUTPUT 1 2 U V POWER 7 8 INPUT 1 3 4 INPUT 2 5 6 PU 2 MODULAR JACK RS 422 Line Driver Pulse 2...

Страница 3: ...of number of output pulses divided by number of input pulses are determined by two parameters input span frequency and output span frequency Although there are also input zero frequency and output zero frequency they are fixed to zero 0 Hz These span frequencies are only used to determine the rate therefore they do not limit actual input output frequencies For example ifyousettheinputspanfrequency...

Страница 4: ...r to the tables below for the max frequency which can pass through the filter Not Used Sensitivity Adj VH Sensitivity Adj VL Not Used Sensor Excitation Adj Input Monitor LED PL1 Input Monitor LED PL2 Set each switch according to the table below SW1 front cover open Set each switch according to the table below O N 2 1 3 4 5 6 7 8 O N 2 1 3 4 5 6 7 8 SW2 STATUS INDICATOR LED The CPU status is indica...

Страница 5: ...he negative probe of voltmeter to the terminal 4 of base socket See the figure to the right 2 If you need a noise filter turn on the SW1 5 2 5 or SW1 6 2 6 3 Connect the positive probe to the test hole No 2 and turn the VH potentiometer until the meter shows desired value 4 Connect the positive probe to the test hole No 3 and turn the VL potentiometer until the meter shows desired value 5 Apply in...

Страница 6: ...ts the first pulse sinking after its rising since the power is turned on For voltage pulse the first count is made when waveform shifts from High to Low status while for a dry contact it is made when the wave shifts from OFF to ON Turn the front DIP SW SW2 4 or 1 4 ON or OFF respectively so that the Input Monitor LED PL1 or PL2 is turned ON The transmitter counts the first pulse rising after its s...

Страница 7: ... DISPLAY CONTENTS Model indication 01 00 JPRD Maintenance switch 01 01 maintenance sw Switching to PROGRAM mode which allows parameter change Tag No 01 02 user s TAG entry User s Tag name entry and monitor Input frequency monitor 01 05 measured input Input 1 frequency in Input frequency monitor 01 06 measured freq Input 1 frequency in in Hz Input counter value 01 07 input counts Total number of in...

Страница 8: ...in materials and workmanship during the 36 month period following the date that such productwasoriginallypurchasedifsuchproducthasbeenusedundernormaloperatingconditionsandproperlymaintained M System ssoleliability andpurchaser sexclusiveremedies under this warranty are at M System s option the repair replacement or refund of the purchase price of any M System product which is defective under the t...

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