DC CURRENT SENSOR DC VOLTAGE SENSOR

Transcription

1 VC T JH H 0 5 tn o L /S P m 0 C 0 DC P : 5 V J 0 o : ±5 5 H T DC CURRENT SENSOR DC VOLTGE SENSOR J&D C/DC CTs provide noncontact detection of C/DC current. The C/DC CTs have two types of splitcore & solidcore design with various utility, high reliability & costeffective solution for precise current measurements. The rated current range is 5 to 6000 C/DC and secondary output value is /5//mV DC & 0, Instantaneous C/DC current. ) easuring Principle of OpenLoop Current Technology Openloop Hall effect technology creates magnetic flux from the input primary current and its magnetic flux couples a proportional low voltage, which amplify before being output. ) easuring Principle of ClosedLoop Current Technology The secondary current is generated by transferring the proportional voltage of the Hall Sensor originated by the magnetic flux from the primary current. The feedback of the compensating current via the secondary winding closes the loop, where by this current is an exact representation of the primary current. J&D C/DC VT offers a comprehensive range of accurate, reliable and galvanically isolated devices to measure C/DC voltage from to 00 across a range of technologies. ) easuring Principle of ClosedLoop Voltage Technology When a primary voltage is applied to the input resistor Ri, the current Ip flows through the wire of the input W coil and generates a magnetic flux passing the Hall Sensor. The closedloop feedback amplifier used the Hall Voltage to generate a compensating current which is applied to the secondary winding W thereby creating the compensating magnetizing flux. This current is exactly proportional to primary current Ip through Ri and the input voltage Vm and as it flows through the output metering resistor RL, it creates a voltage drop Vm which equals the input voltage it RiR. ) easuring Principle of Isolation mplifier Technology Our Isolation mplifier Technology Voltage Sensors isst EVS series begins with and internal resistor network. This network measures DC voltage by directly contacting both the Positive High Voltage (HT) and the Negative High Voltage (HT). This voltage signal is transmitted to the secondary side of the sensor through an insulated transformer that isolates the primary high voltage from the secondary low voltage. The resulting signal is then converted through an amplifier into either a current of a voltage signal. Therefore the circuit converts a primary voltage into a secondary current or voltage that is proportional to the input. DC CURRENT SENSOR / DC VOLTGE SENSOR

2 CONTENTS DC CURRENT SENSOR DC VOLTGE SENSOR JHC E0~E50 Series JP50/00 JP00 JPC00X JPC00X JPC500X JPC000X JPC000X XXXC(/B) Series XXXG(/B) Series XXXXD Series JHVC5 EVS0XXXX DC CURRENT SENSOR / DC VOLTGE SENSOR 5

3 CLOSED LOOP HLL EFFECT CURRENT SENSOR JHC E0~E50 Series FETURES Excellent accuracy and linearity Low response time thermal drift High tolerance to external interference High bandwidth PPLICTIONS Servo motor drive Static converters for DC motor drive Inverter SPECIFICTION Type JHCE0 JHCE05 JHCE7.5 JHCE0 JHCE5 JHCE0 JHCE5 JHCE0 JHCE50 Nominal current (RS) easuring range 0~±9 0~±5 0~±.5 0~±0 0~±5 0~±60 0~±75 0~±90 0~±50 Output voltage Linearity Supply voltages Current consumption Isolation voltage Offset current (Ta 5 C) Temperature drift Response time Operating frequency range Operating temperature Storage temperature Ip±Ipn ± Ip0±Ipn 0. ±5V ±5% 0IpX(Np/Ns) Between primary and secondary circuit; kv RS/50Hz/min ±0mV max, for primary current I N0 ±0.mV/ C ax(5 C ~ 85 C) ax. at di/dt0/ 0~00kHz(@dB) (5 C ~ 85 C) (0 C ~ 90 C) 0g DIENSIONS(UNIT : ) <JHCE0~E50> 9.5 <JHCE0~E0> V Terminal Pin Identification : 5V : (GND) : 5V : Output 5 : Primary input Current () 6 : Primary input Current () Primary conductor diameter JHC E0 E05 E7.5 E0 d JHC E5 E0 E5 E0 d <JHCE50>.5 JHC E50 d Secondary pins dimension 0.5 X 0.5 Terminal Pin Identification : 5V : (GND) : 5V : Output 5 : Primary input Current () 6 : Primary input Current () 7 : Primary input Current () 6 DC CURRENT SENSOR / DC VOLTGE SENSOR

4 CLOSED LOOP HLL EFFECT CURRENT SENSOR JP50/00 FETURES Closed loop (compensated) current transducer using the Hall effect Printed circuit board mounting Insulated plastic case recognized according to UL 9V0. ELECTRICL PROPERTIES odel Primary norminal current easuring resistance Rated output current Output current accuracy Offset current Output linearity Power supply voltage Response time Frequency characteristics Thermal drift of gain Thermal drift of offset Hysteresis error Insulation voltage Insulation resistance mbient Operating temperature mbient storage temperature Secondary coil resistance If R L I O V I of ε L V CC tr f TCI O TCI Of I oh V D R T T S R S JP50 50 ±50 : 60Ω ~ ±60 : 60Ω ±50 : 5Ω ~ ±55 : 5Ω 50 ( Turn ratio 000) ±0.5 (±5V, 5 C ) ±0. (at If0) 80Ω(@Ta70 C) 85Ω(@Ta85 C) JP00 00 ±00 : 0Ω ~ ±0 : 0Ω ~ Ω ±00 : 0Ω ~ ±50 : 0Ω ~ 5Ω 50 ( Turn ratio 000) ±0.65 (±5V, 5 C ) ±0. (at If0) ±0.5%(at If) ±V ±5% ~ ±5V ±5% (Ratad output current is restricted by Vcc) µs(at di/dtif/µs) DC 00kHz ( db) ± 0.0%/ C(Without TcIof) ± (at If0 If If0) C00 for minute (Sensing current 0.5) inside of through hole terminal 500Ω (at DC50) inside of through hole terminal 0 C ~ 85 C 0 C ~ 90 C 0Ω(@Ta70 C) 8Ω(@Ta85 C) DIENSION CONNECTION Unit : mm Unless otherwise specified, tolerances shall be ±0.5mm Vc DC CURRENT SENSOR / DC VOLTGE SENSOR 7

5 CLOSED LOOP HLL EFFECT CURRENT SENSOR JP00 FETURES Closed loop (compensated) current transducer using the Hall effect Printed circuit board mounting Insulated plastic case recognized according to UL 9V0. ELECTRICL PROPERTIES odel Primary norminal current easuring resistance Rated output current Output current accuracy Offset current Output linearity Power supply voltage Response time Frequency characteristics Thermal drift of gain Thermal drift of offset Hysteresis error Insulation voltage Insulation resistance mbient Operating temperature mbient storage temperature Secondary coil resistance If R L I O V I of ε L V CC tr f TCI O TCI Of I oh V D R T T S R S JP00 00 ±00 : 0Ω ~ ±50 : 0Ω ~ Ω ±00 : 0Ω ~ ±00 : 0Ω ~ 8Ω 00 ( Turn ratio 000) ±0. (±5V, 5 C ) ±0. (at If0) ±0.5%(at If) ±V ±5% ~ ±5V ±5% (Ratad output current is restricted by Vcc) µs(at di/dtif/µs) DC 00kHz ( db) ± 0.0%/ C(Without TcIof) ± (at If0 If If0) C00 for minute (Sensing current 0.5) inside of through hole terminal 500Ω (at DC50) inside of through hole terminal 0 C ~ 85 C 0 C ~ 90 C 76Ω(@Ta70 C) 80Ω(@Ta85 C) DIENSION CONNECTION Ø Unit : mm Unless otherwise specified, tolerances shall be ±0.5mm Vc NC 8 DC CURRENT SENSOR / DC VOLTGE SENSOR

6 CLOSED LOOP HLL EFFECT CURRENT SENSOR JPC00X For the electronic measurement of currents : C/DC current sensor, JPC series has good stability in high currents and a highly insulated primary and scondary. DVNTGES Low temperature drift Optimized response time Wide frequency bandwidth No insertion losses High immunity to external interference Current overload capability. Excellent accuracy Very good linearity PPLICTIONS C variable speed drives and servo motor drives Static converters for DC motor drives Battery supplied applications Uninterruptible Power Supplies (UPS) Switched ode Power Supplies (SPS) Power supplies for welding applications. FETURES Closed loop (compensated) current transducer using the Hall effect Insulated plastic case recognized according to UL 9V0 Panel mounting SPECIFICTION odel Primary nominal current rms Primary current, measuring range easuring resistance Secondary nominal current rms Conversion ratio Supply voltage ( 5 %) Current ± 5 V Overall accuracy Linearity error Offset current agnetic offset current Insulation voltage Temperature variation Reaction time to 0 % of N step Reaction time to 90 % of N step di/dt accurately followed Frequency bandwidth ( db) mbient Operating temperature mbient storage temperature Secondary coil resistance ass Standards Ω V % % VD ns µs /µs khz C C Ω G JPC00F JPC00T 98800[556600] olex 80069[600C(0)] olex ± 0 ± ± 00 Ta70 C : 0 ~ 7 Ta85 C : 0 ~ ± 0 Ta70 C : 0 ~ Ta85 C : 0 ~ ± ± 00 Ta70 C : 0 ~ 00 Ta85 C : ~ ± 0 Ta70 C : 0 ~ 8 Ta85 C : ~ 6 00 : 000 ± ± 0.5 < 0. ax. ± 0. ax. ± 0.(@ 0 and specified R, after an overload of x N) C 50 / min. Typ. ± 0., ax. ± 0. (5 C...85 C) < 500 < (With a di/dt of 00 /µs.) > 00 DC (@Ta70 C) / 5(@Ta85 C) 78 EN 5078: 997 / IEC 600 DC CURRENT SENSOR / DC VOLTGE SENSOR 9

7 DIENSIONS() JPC00F Current Direction Current Direction Vc NC anufacturer Part Number Old Part Number olex Primary throughhole Ø 5.5 mm 6 Detail. 9.9X JPC00T Current Direction Current Direction Vc B anufacturer Part Number Old Part Number olex C (0) Primary throughhole Ø 5.5 mm 6 Terminal No. Detail B. 9.9X DC CURRENT SENSOR / DC VOLTGE SENSOR

8 CLOSED LOOP HLL EFFECT CURRENT SENSOR JPC00X For the electronic measurement of currents : C/DC current sensor, JPC series has good stability in high currents and a highly insulated primary and secondary. PPLICTIONS C variable speed drives and servo motor drives Static converters for DC motor drives Battery supplied applications Uninterruptible Power Supplies (UPS) Switched ode Power Supplies (SPS) Power supplies for welding applications. SPECIFICTION DVNTGES Low temperature drift Optimized response time Wide frequency bandwidth No insertion losses High immunity to external interference Current overload capability. Excellent accuracy Very good linearity FETURES Closed loop (compensated) current transducer using the Hall effect Insulated plastic case recognized according to UL 9V0 Panel mounting odel Primary nominal current rms Primary current, measuring range easuring resistance Secondary nominal current rms Conversion ratio Supply voltage ( 5 %) Current ± 5 V Overall accuracy Linearity error Offset current agnetic offset current Insulation voltage Temperature variation Reaction time to 0 % of N step Reaction time to 90 % of N step di/dt accurately followed Frequency bandwidth ( db) mbient Operating temperature mbient storage temperature Secondary coil resistance ass Standards Ω V % % VD ns µs /µs khz C C Ω G JPC00F 98800[556600] olex JPC00T 80069[600C(0)] olex ± 500 ± ± 00 Ta70 C : 0 ~ 7 Ta85 C : 0 ~ ± 500 Ta70 C : 0 ~ 0 Ta85 C : 0 ~ 8 ± ± 00 Ta70 C : 0 ~ 56 Ta85 C : 0 ~ ± 500 Ta70 C : 0 ~ Ta85 C : 0 ~ 9 ± 00 Ta70 C : 0 ~ 88 Ta85 C : 0 ~ ± 500 Ta70 C : 0 ~ 0 Ta85 C : 0 ~ 8 50 : 000 ±.. 0 6(@ ±) ± 0.5 < 0. ax. ± 0. ax. ± 0.(@ 0 and specified R, after an overload of x N) C 80 / min. Typ. ± 0., ax. ± 0.7 ( 0 C.. 85 C) / Typ. ± 0., ax. ± 0. ( 0 C.. 70 C) < 500 < (With a di/dt of 00 /µs.) > 00 DC (@Ta70 C) / 5(@Ta85 C) 95 EN 5078: 997 / IEC 600 DC CURRENT SENSOR / DC VOLTGE SENSOR

9 DIENSIONS() JPC00F Current Direction Current Direction Vc NC Ø. anufacturer Part Number Old Part Number olex Primary throughhole Ø 0. mm Detail Ø.9X7 JPC00T Current Direction Current Direction Vc B Ø. anufacturer Part Number Old Part Number olex C (0) Primary throughhole Ø 0. mm Detail B Ø.9X7 DC CURRENT SENSOR / DC VOLTGE SENSOR

10 CLOSED LOOP HLL EFFECT CURRENT SENSOR JPC500X For the electronic measurement of currents : C/DC current sensor, JPC series has good stability in high currents and a highly insulated primary and secondary. JPC : 5 Lot no : 500 P/S ±5VDC DVNTGES Excellent accuracy Very good linearity Low temperature drift Optimized response time Wide frequency bandwidth No insertion losses High immunity to external interference Current overload capability. PPLICTIONS C variable speed drives and servo motor drives Static converters for DC motor drives Battery supplied applications Uninterruptible Power Supplies (UPS) Switched ode Power Supplies (SPS) Power supplies for welding applications. FETURES Closed loop (compensated) current transducer using the Hall effect Insulated plastic case recognized according to UL 9V0 Panel mounting SPECIFICTION odel Primary nominal current rms Primary current, measuring range easuring Secondary nominal current rms Conversion ratio Supply voltage ( 5 %) Current ± 5 V Overall accuracy Linearity error Offset current agnetic offset current Insulation voltage Temperature variation Reaction time to 90 % of N step di/dt accurately followed Frequency bandwidth ( db) mbient Operating temperature mbient storage temperature Secondary coil resistance ass Standards Ω V % % VD µs /µs khz C C Ω g JPC500F 98800[556600] olex JPC500T 80069[600C(0)] olex ± 800 ± ± ~ ± ~ ± ± ~ ± ~ 0 ± ± ~ ± ~ : 5000 ± 5.. (@ ±8V) ± 0.6 < 0. ax. ± 0. ax. ± 0. (@ 0 and specified R, after an overload of x N) C 80 / min. Typ. ± 0., ax. ± 0. ( 0 C.. 70 C) < (With a di/dt of 00 /µs.) > 00 DC (@Ta70 C) 0 EN 5078: 997 / IEC 600 DC CURRENT SENSOR / DC VOLTGE SENSOR

11 DIENSIONS() JPC500F 89 Current Direction Current Direction Vc NC anufacturer Part Number Old Part Number olex Primary throughhole Ø 0. mm 89 Detail Ø9 77 Ø Ø. JPC500T Current Direction Current Direction Vc B 57 anufacturer Part Number Old Part Number olex C (0) Primary throughhole Ø 0. mm 89 Terminal No. Detail B Ø9 77 Ø Ø. 89 DC CURRENT SENSOR / DC VOLTGE SENSOR

12 CLOSED LOOP HLL EFFECT CURRENT SENSOR JPC000X For the electronic measurement of currents : C/DC current sensor, JPC series has good stability in high currents and a highly insulated primary and secondary. 000 : 50 Lot no : 500 P/S ±5VDC JPC000 DVNTGES Excellent accuracy Very good linearity Low temperature drift Optimized response time Wide frequency bandwidth No insertion losses High immunity to external interference Current overload capability. PPLICTIONS C variable speed drives and servo motor drives Static converters for DC motor drives Battery supplied applications Uninterruptible Power Supplies (UPS) Switched ode Power Supplies (SPS) Power supplies for welding applications. FETURES Closed loop (compensated) current transducer using the Hall effect Insulated plastic case recognized according to UL 9V0 Panel mounting SPECIFICTION odel Primary nominal current rms Primary current, measuring range easuring resistance Secondary nominal current rms Conversion ratio Supply voltage ( 5 %) Current consumption ( ± mv ) Overall accuracy Linearity error Offset current agnetic offset current Insulation voltage Temperature variation Reaction time to 90 % of N step di/dt accurately followed Frequency bandwidth ( db) mbient Operating temperature mbient storage temperature Secondary coil resistance ass Standards Ω V % % VD µs /µs khz C C Ω g JPC000F JPC000T 98800[556600] olex 80069[600C(0)] olex ± 500 ± ± 000 Ta70 C : 0 ~ 8 Ta85 C : 0 ~ ± 00 Ta70 C : 0 ~ 7 Ta85 C : 0 ~ ± ± 000 Ta70 C : 5 ~ 60.5 Ta85 C : 0 ~ ± 500 Ta70 C : 5 ~ Ta85 C : 0 ~ 00 : 5000 ± 5.. 8(@ ±V) ± 0. < 0. ax. ± 0. ax. ± 0.(@ 0 and specified R, after an overload of x N) C 80 / min. Typ. ± 0., ax. ± 0.5 ( 0 C.. 85 C) / ax. ± 0.8 ( 0 C.. 0 C) < (With a di/dt of 00 /µs.) > 00 DC (@Ta70 C) / 5 (@Ta85 C) 550 EN 5078: 997 / IEC 600 DC CURRENT SENSOR / DC VOLTGE SENSOR 5

13 DIENSIONS() JPC000F 0. Current Direction Ø.5X5 8.7 Current Direction Vc NC Ø5. JPC000T 0. Current Direction Ø.5X5 8.7 Current Direction Vc B anufacturer Part Number Old Part Number olex Primary throughhole 0.5 x mm or Ø 8 mm Detail Ø5. Ø. Ø anufacturer Part Number Old Part Number olex C (0) Primary throughhole 0.5 x mm or Ø 8 mm Terminal No. Detail B Ø5. Ø. 6 DC CURRENT SENSOR / DC VOLTGE SENSOR

14 CLOSED LOOP HLL EFFECT CURRENT SENSOR JPC000X For the electronic measurement of currents : C/DC current sensor, JPC series has good stability in high currents and a highly insulated primary and secondary. 000 : 00 Lot no : 500 P/S ±5VDC JPC000 DVNTGES Excellent accuracy Very good linearity Low temperature drift Optimized response time Wide frequency bandwidth No insertion losses High immunity to external interference Current overload capability. PPLICTIONS C variable speed drives and servo motor drives Static converters for DC motor drives Battery supplied applications Uninterruptible Power Supplies (UPS) Switched ode Power Supplies (SPS) Power supplies for welding applications. FETURES Closed loop (compensated) current transducer using the Hall effect Insulated plastic case recognized according to UL 9V0 Panel mounting SPECIFICTION odel Primary nominal current rms Primary current, measuring range easuring Secondary nominal current rms Conversion ratio Supply voltage ( 5 %) Current consumption ( ± mv ) Overall accuracy Linearity error Offset current agnetic offset current Insulation voltage Temperature variation Reaction time to 90 % of N step di/dt accurately followed Frequency bandwidth ( db) mbient Operating temperature mbient storage temperature Secondary coil resistance ass Standards Ω V % % VD µs /µs khz C C Ω g JPC000F 98800[556600] olex JPC000T 80069[600C(0)] olex ± 000 ± ± 000 Ta70 C : 0 ~ 8 Ta85 C : 0 ~ ± 00 Ta70 C : 0 ~ 5 Ta85 C : 0 ~ ± ± 000 Ta70 C : 5 ~ 9 Ta85 C : ~ ± 800 Ta70 C : Ta85 C : ± 000 Ta70 C : 5 ~ Ta85 C : 00 : 5000 ± 5.. (@ ±V) ± 0. < 0. ax. ± 0.5 ax. ± 0. (@ 0 and specified R, after an overload of x N) C 600 / min. Typ. ± 0., ax. ± 0.5 ( 5 C.. 85 C) / ax. ±.5 ( 0 C.. 5 C) < (With a di/dt of 00 /µs.) > 50 DC (@Ta70 C) / 6 (@Ta85 C) 500 EN 5078: 997 / IEC 600 DC CURRENT SENSOR / DC VOLTGE SENSOR 7

15 DIENSIONS() JPC000F 0.5 Current Direction Current Direction Vc NC JPC000T anufacturer Part Number Old Part Number olex Primary throughhole 60.5 x 0.5 mm or Ø max 57 mm 68 Detail Current Direction Current Direction Vc B anufacturer Part Number Old Part Number olex C (0) Primary throughhole 60.5 x 0.5 mm or Ø max 57 mm Terminal No. Detail B DC CURRENT SENSOR / DC VOLTGE SENSOR

16 OPEN LOOP TECHNOLOGY CURRENT SENSORS XXXC(/B) Series FETURES Panel mounting Industrial temperature range Designed for roundhall wire, inputoutput connector type UL9V0 compliance CE and RoHS available Two different size ( : Ø / B : 0Ø) SPECIFICTION * Suffix(X)/B odel 050C(X) 075C(X) 00C(X) 50C(X) 00C(X) 00C(X) 00C(X) 500C(X) 600C(X) Rating current Saturation current 50T 5T 00T 50T 600T 900T Output voltage Offset voltage ±0mV max Less than ± V, % at rated current RL0KΩ ±5 mv max ±50 mv max Output linearity ±% rated current Power supply ±5 V (±5%) 0 Di/dt response time µ sec (Typ.) at di/dt F.S/µ Sec. Output temperature character ± 0.% / C (Typ.) Offset voltage temperature character ± mv/ C ± mv / C (Typ.) Hysteresis error Insulation withstand voltage 0mV Less than 0mV 5mV(IFF.S) Less than 5mV C 50 / min. Insulation resistance DC 50 / 500Ω max Operating Condition 5 C~80 C Storage Condition 5 C~85 C DIENSION XXXC XXXCB CONNECTION 0 Ø If 8 Ø0 If V CC R L 0kΩ V CC OLEX 5050G or GEOYOUNG LPH OLEX 5050G or GEOYOUNG LPH GND V OUT Ø Ø Terminal Pin Function CoreSilicon steel plate 5V 5V Output 0 V Unit : mm DC CURRENT SENSOR / DC VOLTGE SENSOR 9

17 OPEN LOOP TECHNOLOGY CURRENT SENSORS XXXG(/B) Series FETURES Panel mounting Industrial temperature range UL9V0 compliance CE and RoHS available Two different connector position SPECIFICTION * Suffix(X)/B odel 050G(X) 075G(X) 00G(X) 50G(X) 00G(X) 00G(X) 00G(X) 500G(X) 600G(X) Rating current Saturation current 50T 5T 00T 50T 600T 900T Output voltage Offset voltage ±0mV max Less than ± V, % at rated current RL0KΩ ±5 mv max ±50 mv max Output linearity ±% rated current Power supply ±5 V (±5%) 0 Di/dt response time µ sec (Typ.) at di/dt F.S/µ Sec. Output temperature character ± 0.% / C (Typ.) Offset voltage temperature character ± mv/ C ± mv / C (Typ.) Hysteresis error Insulation withstand voltage 0mV Less than 0mV 5mV(IFF.S) Less than 5mV C 50 / min. Insulation resistance DC 50 / 500Ω max Frequency bandwidth 0kHz Operating Condition 5 C~80 C Storage Condition 5 C~85 C DIENSION XXXG 0 If 0 XXXGB 0 If 0 CONNECTION V CC V CC OLEX 5050G or GEOYOUNG LPH Ø.6 Ø OLEX 5050G or GEOYOUNG LPH00 0. Ø.6 Ø GND Terminal Pin Function CoreSilicon steel plate R L 0kΩ 5V V OUT 5V Output 0 V Unit : mm 0 DC CURRENT SENSOR / DC VOLTGE SENSOR

18 OPEN LOOP TECHNOLOGY CURRENT SENSORS XXXXD Series FETURES Panel mounting Industrial temperature range UL9V0 compliance CE and RoHS available SPECIFICTION * Suffix(X)/B odel 00D(X) 00D(X) 500D(X) 600D(X) 750D(X) 800D(X) 000D(X) 00D(X) 500D(X) Rating current ±00 ±00 ±500 ±600 ±750 ±800 ±000 ±00 ±500 Saturation current ±600 ±00 ±500 ±800 ±50 ±00 ±000 Output voltage Offset voltage Output linearity Power supply Di/dt response time Output temperature character Offset voltage temperature character Hysteresis error Insulation withstand voltage Insulation resistance Operating Condition Storage Condition ± V, % at rated current RL0KΩ ±0 mv ±% rated current ±5 V (±5%) 7 µ sec (Typ.) at di/dt F.S/µ Sec. ± 0.% / C (Typ.) ± mv / C (Typ.) 5mV(IFF.S) Less than 5mV C 50 / min. DC 50 / 500Ω max 0 C ~ 05 C 0 C ~ 5 C DIENSION(UNIT : ) CONNECTION R. Ø Ø.6 5 V CC R L 0kΩ V CC GND V OUT OFS Terminal Pin Function 5V 5V Output 0 V CoreSilicon steel plate DC CURRENT SENSOR / DC VOLTGE SENSOR

19 CLOSED LOOP TECHNOLOGY VOLTGE SENSOR JHVC5 HT HT JHVC5 FETURES Excellent accuracy and linearity Low response time thermal drift High tolerance to external interference High bandwidth SPECIFICTION odel Nominal input easuring range easuring resistor (Vs ±...5V) Output current(im) ccuracy (Ta5 C) Turns ratio Supply voltages(vs) Current consumption Isolation voltage Offset current (Ta5 C) Temperature drift Linearity Response time Operating Frequency range Operating temperature Storage temperature Secondary resistor Primary resistance Weight ±0 : 0Ω ~ 90Ω ± : 0Ω ~ 00Ω JHVC5 0rms (...50) 0~± ±0 : 00Ω ~ 50Ω ± : 00Ω ~ 90Ω ±5 IN±.0% 500:000 ±V~±5V (±5%) 0Im.5kV RS/ 50Hz/min. ±0. ax for primary current IN0 ±0. Typical; ±0. ax (0 C~70 C) < 0.% < 0µs 0~0kHz 0 C~70 C 0 C~85 C 0Ω (Ta70 C) 50Ω (Ta70 C) g DIENSIONS(UNIT : ) CONNECTION 5Ø0. V N X 7.6 HT HT I N Primary current R HT HT HT HT JHVC5 JD06 R N V N DC CURRENT SENSOR / DC VOLTGE SENSOR

20 DIGITL OLTION PLIFIER VOLTGE SENSOR EVS0XXXX Voltage transducer uses special Isolation Barrier technology to measure C and DC or Pulsed voltages. The primary input voltage and the output signal is highly electric isolated. It can be used in Power Utility, Converters, Traction, Telecom, Oil & Gas, and New energy fields. FETURES C, DC, Pulsed voltage measurement Included primary resistor Good linearity Galvanic isolation between primary and secondary circuit Low power consumption High immunity to external interference Low thermal drift Higher voltage can measure than EVS0 ELECTRICL CHRCTERTICS Primary nominal voltage (Vrms) Primary voltage, measuring range (Vrms) Secondary Current output Secondary Voltage output ccuracy (Ta5 C) Linearity error Power supply voltage (± 5V) Offset current (T 5 C) Response time Frequency bandwidth Current consumption Load resistance Primary input resistance Isolation test (50Hz,min) VPN VP N VSN XG εl VC I0 TR f IC RL RP VD 50, 5, 50, 50, 500, 750, 000, 500, 000, 500, 000 V 50% x VPN 50 (EVS0XXXX) 0 ± 5V (EVS0XXXXV) 0.5% 0.% PN (± 5%) ± µs DCkHz(dB) 50 (for current output: ) 50Ω(for current output) or >5KΩ(for voltage output) 60Ω 6.0 kv GENERL DT mbient operating temperature mbient storage temperature ass Standards mbient operating humidity Case material T TS W ST H 0 C C 50 C C * 50g EN % RH ccording to UL9V0 DC CURRENT SENSOR / DC VOLTGE SENSOR

21 DIENSIONS() Ø H H E General tolerance ± mm Terminals Input : x 5 Output : x 5 Fastening Bottom: x Ø 6.5(mm) Side : x Ø.8(mm) 5. CONNECTION DIGR OUTPUT FIGURE 0 ± 5V (EVS0XXXXV) 50 (EVS0XXXX) Output in V Output in HV Is Vc 0 V 5 50 HV Isolation barrier Vc V PN 0 V PN V PN 0 V PN 5 0±5V output 50 0±50 output DC CURRENT SENSOR / DC VOLTGE SENSOR