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Q-208-081 

 

12

 
 
3.7 The relation of an input-output  

(1) Current・Voltage 
  ①                                    ② 

Input 

Output 

 

Input 

Output 

0~5A 

0~5V or 

0~10V 

0~5A 

4~20mA or 

1~5V 

0~150V 

0~150V 

 (V)  (V)

  5  2.5

DC output

 10   5

  0   0

 0          2.5          5 (A)
 0          75          150(V)
          AC input

 

(V) (mA)

 3   12

 5   20

 1    4

 0          2.5          5 (A)
 0          75          150(V)
          AC input

DC output

 

 
(2) Active power・Reactive power 

①                                    ②                                    ③ 

Input 

Output 

 

Input 

output 

 

Input 

Output 

-1kW ~ +1kW 

 

LEAD 1kvar

 

 

LAG 1kvar

 

-5~+5V 

or 

-10~+10V

 

-1kW ~ +1kW 

 

LEAD 1kvar

 

 

LAG 1kvar

 

0~5V 

or 

0~10V 

0 ~ 1kW 

4~20mA 

or 

1~5V 

-1kW ~ +1kW 
LEAD 1kvar ~ LAG 1kvar 

 (V)  (V)

 0    0

+10  +5

-10  -5

    -1           0          +1(kW)
LEAD 1           0       LAG 1(kvar)

             AC input

DC output

 (V) (V)

 5  2.5

10  5

 0   0

    -1           0          +1(kW)
LEAD 1           0       LAG 1(kvar)

AC input

DC output

(V) (mA)

 3   12

 5   20

 1    4

     0          0.5          1(kW)
    -1           0          +1(kW)
LEAD 1           0       LAG 1(kvar)

             AC input

DC output

 

 
(3) Frequency  
  ①                                    ②                                    ③ 

Input 

Output 

 

Input 

Output 

 

Input 

Output 

45~55Hz 

-5~+5V or 

-10~+10V 

45~55Hz 

0~5V or  

0~10V 

45~55Hz 

4~20mA or 

1~5V 

55~65Hz 

55~65Hz 

55~65Hz 

If an input voltage V

RS

(V

RN

) is less 

than 30V(30/√3V), output will be 
about -5V (or, about -10V).  

If an input voltage V

RS

(V

RN

) is less 

than 30V(30/√3V), output will be 
about 0V. 

If an input voltage V

RS

(V

RN

) is less 

than 30V (30/√3V), output will be 
about 1V (or, about 4mA).  

 (V)  (V)

  0   0

+10  +5

-10  -5

45          50          55(Hz)
55          60          65(Hz)
         AC input

DC output

 (V)  (V)

 5   2.5

 10   5

 0    0

45          50          55(Hz)
55          60          65(Hz)
         AC input

DC output

(V) (mA)

 3   12

 5   20

 1    4

45          50          55(Hz)
55          60          65(Hz)
         AC input

DC output

 

 

Summary of Contents for HSQT2-93A

Page 1: ...Q 208 081 INSTRUCTION MANUAL HIGH SPEED MULTI POWER LINE TRANSDUCER HSQT2 93A...

Page 2: ...ammables combustible chemicals gas to prevent fire Connect specified power supply Connecting power supply beyond specification causes fire product failure When dust is on the terminal wipe it off afte...

Page 3: ...8 3 Handling explanation 3 1 Outline dimension 9 3 2 Mounting instruction 9 3 3 The example of combination mounting dimension 9 3 4 Installation and removal to a rail 10 3 5 Connection 11 3 6 Handlin...

Page 4: ...measurement range selection change The response time is high speed Current Voltage Active power Reactive power Less than input 1 cycle 10ms 99 Frequency Less than 1 second 99 As an option hydrogen su...

Page 5: ...4 DC0 10V Over 2k 5 DC1 5V Over 600 8 DC 5V Over 600 9 DC 10V Over 2k B DC4 20mA Below 550 Auxiliary supply specification Mark Auxiliary supply 1 AC85 253V 50 60Hz Rated voltage 100 110V 200 220V DC8...

Page 6: ...5Hz 0 5 Zero cross cycle arithmetic Voltage V RS or V RN is measured It can alter into the measuring range of 1 3 with front DIP switch About measurement 1 A class index is a rated frequency 50 60Hz 1...

Page 7: ...ss index Update time of measured value 5ms Response time Time within 1 of final constant value when step input is charge A V W var With no moving average Less than input one cycle 10ms 2 times of movi...

Page 8: ...and it applies for 5 minutes within 10 of errors Auxiliary supply circuit Voltage circuit Normal Common Over 1 5kV Current circuit Common Over 1 5kV Analog output Induction Over 1 0kV 3 Electromagnet...

Page 9: ...ated electromagnetic field Frequency Field strength During test Output variation 20 After test Output variation 0 5 EN61000 6 2 2005 EN61000 4 3 2006 80 1000MHz 10V m 80 AM 1kHz 1 4 2 0GHz 3V m 80 AM...

Page 10: ...ew mounting In screw mounting please install with M4 screw or M5 screw However the screw is not attached The tightening torque of a screw M4 1 0 1 3 N m M5 2 0 2 5N m Please detach an interval lining...

Page 11: ...n in a BOX bottom is inserted in a rail Next if it pushes against the lower side arrow it is fixed with a lower slider Removal from a rail A minus screwdriver is inserted in the square socket of a sli...

Page 12: ...is product should perform the right usage with careful attention to the following item 1 Please check that the voltage of power supply and the input signal to supply match the specification of this pr...

Page 13: ...utput V V 5 2 5 10 5 0 0 1 0 1 kW LEAD 1 0 LAG 1 kvar AC input DC output V mA 3 12 5 20 1 4 0 0 5 1 kW 1 0 1 kW LEAD 1 0 LAG 1 kvar AC input DC output 3 Frequency Input Output Input Output Input Outpu...

Page 14: ...frequency can be altered with a front DIP switch DIP switch ON 1 OFF 0 S12 S11 S10 S9 S8 S7 S6 S5 S4 S3 S2 S1 W measurement range var measurement range S1 S2 S3 Input 110V 5A is 1A rating S4 S5 Input...

Page 15: ...continuing pushing a switch a coarse adjustment becomes possible DOWN setting for output adjustable DOWN This switch drops the output for the selected target for adjustment By pushing a short time swi...

Page 16: ...13 Hitotsuya 1 chome Adachi ku Tokyo 121 8639 Japan Phone 03 3885 2411 Fax 03 3858 3966 Kyoto Office 1 19 Ichinobe Nishikawahara Jyoyou shi Kyoto 610 0114 Japan Phone 0774 55 1391 Fax 0774 54 1353 Re...

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