HD POWER TRANSDUCER SERIES MODEL AMPERE TRANSDUCER HDA

HD POWER TRANSDUCER SERIES MODEL AMPERE TRANSDUCER HDA - MODEL & SUFFIX CODE SELECTION MODEL HDA ■ INPUT ■ OUTPUT ■ MODE INSTALLATION ORDERING INFORMATION Operating temperature : -5 to +55 C Specify code number and variables * Code number : HDA-input/output/mode ex : HDA-2 AR Operating humidity : 20 -80%RH(non-condensing) Mounting : Wall or DIN rail Power supply : AC 110 V or 220 V (-15/+10%) 50/60 Hz, 2 VA * special output range : A = -10~20 m. A V = -10~12 V Size : W 75 H 75 D 113 mm Weight : INPUT & OUTPUT GENERAL SPECIFICATIONS ■ INPUT Construction : DIN housings Terminal access on front face input : 0 -1 A AC or 0 -5 A AC Operational range : 0 -120% Permissible over range : 1000% for 5 seconds 200% for 20 seconds 120% continuously Frequency : 60 or 50 Hz Input loss : 0. 5 VA or less Housing materiel : plastic(black) Wiring : 3. 0 M screw terminals Isolation : AC input/DC output/power Adjustments : zero and span 5% Over-range output = 0 -120% PERFORMANCE Accuracy : 0. 1% or 0. 25% Temp. coefficient : 0. 03%/C Insulation resistance : 100 Mohm or more with 500 V DC Response time : 0. 4 sec(400 ms) Line Voltage effect : 0. 1% with 10% change Ripple : 0. 25% p-p max. (100/120 Hz) Dielectric strength : 2000 V AC 1 minute input/output/power Surge withstand Voltage : 1. 2/50 sec, 5 KV (INPUT to OUTPUT to GROUND) 1

CONNECTION DIAGRAM ■ OUTPUT DC Current : 0 -20 m. A DC Minimum span : 1 m. A zero bias : max. 1. 5 Times of span Ω LOAD resistance OUTPUT LOAD RESISTANCE 0 -600 Ω 4 -20 m. A 0 -600 Ω 0 -20 m. A 0 -750 Ω 0 -16 m. A 0 -1200 Ω 0 -10 m. A 0 -12 kΩ 0 -1 m. A 0 -2400 Ω 0 -5 m. A IMPEDANCE 5 MΩ or more DC Voltage : 0 -12 V DC Minimum span : 5 m. V zero bias : max. 1. 5 Times of span LOAD resistance OUTPUT LOAD RESISTANCE IMPEDANCE 10 Ω 10 kΩ or more 0 -10 m. V 100 Ω 100 kΩ or more 0 -100 m. V 1 kΩ or more 0 -1 V 1 Ω or 10 kΩ or more 0 -10 V less 0 -5 V 5 kΩ or more 1 -5 V * for other ranges within 0 -12 V, use equation R = E/I where : R = load resistance (Ω) E = full-scale output (V) I = 1 m. A DIMENSION & INSTRUCTIONS 2