AC Voltage Transducer
Models
(0.2%ACC.) : TDV,TDV(2 O/P),TDV(3 O/P),TDV3.
(0.5%ACC.) : TSV,TSV(2 O/P),TSV(3O/P), TSV3, TSVR,
TSVR3.
Features :
• Dual Aux. Power 110/220V AC
• High Accuracy 0.2% RO at 23 °C ± 5 °C
• High Dielectric Strength 2.6KV AC / Min,Between Input / Output/ Power Case
• ABS Plastic Case, DIN Rail or Wall Mounting
Specification :
• Accuracy : 0.2% RO at 23 °C ± 5 °C (Self-Power Mode 0.25% RO at 23 °C ± 5 °C).
• Input Range
: Normal Voltage 110V Effective 50 ~ 150V.
• Input Burden :0.1VA / 60Hz at 150V AC ; Self-Power Mode 2VA at 150V AC.
• Input Over : Normal AC 110V, Voltage Over 500V Continuous.
Self-Power Mode 150V AC Maximum.
• Output Load
: DC Current Mode: 10V DC Maximum, DC Voltage Mode:10mA DC Maximum.
• Output Protection
: Without Damage for Output Open or Short Circuit.
• Dielectric Strength
: 2.6KV AC / 1 Min, between Input / Power / Case.
• Impulse
:
5KV (1.2X50 µS), ANSI C37.90a / 1983. DIN, IEC 255 - 4, IEC 688-1992
2.5KV - 0.25mS / 1MHz IEC 801-3 (Ring WAVE).
• Common Mode Rejection
: > 120db, 50 / 60Hz.
• Stability
: < 0.2% / Year.
• Calibration
: SPAN and ZERO ± 10%.
• Response Time & Ripple(p-p)
: ≤ 400mS. 0 ~ 99%; 0.5% P-P (STD) or Option.
• Magnetic Effect
: DIN - IEE 688 ≤ 0.005% Change 10" Center 100A- Turn.
• Temperature Coefficient
: ≤ 100ppm / °C from 0 ~ 60°C; < 50ppm / 23°C ± 3°C
• Operating Condition
: -10°C ~ + 65°C, 20 ~ 95% RH Non - Condensed.
• Storage Condition
: -40°C ~ + 75°C, 20 ~ 95% RH Non - Condensed.
• Power Supply
: AC or DC ±20%, 50 / 60Hz 1 Φ 3VA / AC : 3 Φ 3VA / AC.
• Aux. Power Effect
: < 0.01% / V.
• Housing Material
:
ABS Plastic, Self-Extinguishing to UL Subject 94 Class V-O. Case IP 50 Snap Mounting On DIN EN 50022-35 Or Surface Mounting. Compliance With IEC 529, BS 5490, Din 40054. Protection Touch-Proof Terminals and Enclosure Meeting Requirements Of VBG 4 & VDE 0106 oart 100(Germany).
• Mounting
: DIN Rail or Wall Mounting.
• Size
: 1 Φ [ 50W X 115H X 73.4L mm ] ;
3 Φ[ 120W X 115H X 73.4L mm ].
• Self-Power Mode
: Effective Range 85 ~ 150V,Power Source From V, Voltage