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Electrical Transducer
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Programmable Multi - Transducers
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RISH Ducer M42
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RISH Ducer M24
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RISH Ducer M40
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- Programmable for specific systems (1/3 phase, 2/3/4 wire)
- Nominal current programmable from 1 to 6 A
- Nominal voltage programmable from 57V to 400 V (Phase-to-neutral), or 100V to 693 V (phase-to-phase)
- Programmable analog outputs (Current or Voltage)
- Digital outputs can be used for limit value monitoring or energy metering
- Programmable Bend Characteristics
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- Programmable for specific systems (1/3 phase, 2/3/4 wire)
- Nominal current programmable from 1 to 6 A
- Nominal voltage programmable from 57V to 400 V (Phase-to-neutral), or 100V to 693 V (phase-to-phase)
- Programmable analog outputs (Current or Voltage)
- Digital outputs can be used for limit value monitoring or energy metering
- Programmable Bend Characteristics
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- Programmable for specific systems (1/3 phase, 2/3/4 wire)
- Nominal current programmable from 1 to 6 A
- Nominal voltage programmable from 57V to 400 V (Phase-to-neutral), or 100V to 693 V (phase-to-phase)
- Programmable analog outputs (Current or Voltage)
- Digital outputs can be used for limit value monitoring or energy metering
- Programmable Bend Characteristics
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RISH Ducer M01
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RISH Ducer M20
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RISH Ducer Configuration Software MXX
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- Programmable for specific systems (1/3 phase, 2/3/4 wire)
- Nominal current programmable from 1 to 6 A
- Nominal voltage programmable from 57V to 400 V (Phase-to-neutral), or 100V to 693 V (phase-to-phase)
- Programmable analog outputs (Current or Voltage)
- Digital outputs can be used for limit value monitoring or energy metering
- Programmable Bend Characteristics
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- Programmable for specific systems (1/3 phase, 2/3/4 wire)
- Nominal current programmable from 1 to 6 A
- Nominal voltage programmable from 57V to 400 V (Phase-to-neutral), or 100V to 693 V (phase-to-phase)
- Programmable analog outputs (Current or Voltage)
- Digital outputs can be used for limit value monitoring or energy metering
- Programmable Bend Characteristics
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- Software provides the flexibility in the selection of : single Phase loads/ 3 Phase 3 Wire Balanced/ unbalanced loads 3 Phase 4 Wire Balanced / Unbalanced loads.
- Primary and Secondary of C.T and P.T. can be configured.
- The configuration can be changed any time.
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Current, Voltage & Frequency
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RISH Ducer : Current I11
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RISH Ducer : Voltage V11
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RISH Ducer : Frequency F11
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- Designed and Tested to meet requirements of IEC 688 and IS 12784
- Reliable SMD Technology
- High Insulation Level
- Higher load Capacity
- Easy onsite conversion between DIN rail or Panel Mounting
- Polycarbonate body, conforming to UL 94-VO
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- Designed and Tested to meet requirements of IEC 688 and IS 12784
- Reliable SMD Technology
- High Insulation Level
- Higher load Capacity
- Easy onsite conversion between DIN rail or Panel Mounting
- Polycarbonate body, conforming to UL 94-VO
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- Designed and Tested to meet requirements of IEC 688 and IS 12784
- Reliable SMD Technology
- High Insulation Level
- Higher load Capacity
- Easy onsite conversion between DIN rail or Panel Mounting
- Polycarbonate body, conforming to UL 94-VO
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RISH Ducer : Current I12
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RISH Ducer : Frequency F12
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RISH Ducer : Current E15
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- Designed and Tested to meet requirements of IEC 688 and IS 12784
- Reliable SMD Technology
- High Insulation Level
- Higher load Capacity
- Easy onsite conversion between DIN rail or Panel Mounting
- Polycarbonate body, conforming to UL 94-VO
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- Designed and Tested to meet requirements of IEC 688 and IS 12784
- Reliable SMD Technology
- High Insulation Level
- Higher load Capacity
- Easy onsite conversion between DIN rail or Panel Mounting
- Polycarbonate body, conforming to UL 94-VO
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- Designed and Tested to meet requirements of IEC 688 and IS 12784
- Reliable SMD Technology
- High Insulation Level
- Higher load Capacity
- Easy onsite conversion between DIN rail or Panel Mounting
- Polycarbonate body, conforming to UL 94-VO
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RISH Ducer : Voltage E1D
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RISH Ducer : Current E15
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RISH Ducer : Voltage E13
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- Designed and Tested to meet requirements of IEC 688 and IS 12784
- Reliable SMD Technology
- High Insulation Level
- Higher load Capacity
- Easy onsite conversion between DIN rail or Panel Mounting
- Polycarbonate body, conforming to UL 94-VO
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- Designed and Tested to meet requirements of IEC 688 and IS 12784
- Reliable SMD Technology
- High Insulation Level
- Higher load Capacity
- Easy onsite conversion between DIN rail or Panel Mounting
- Polycarbonate body, conforming to UL 94-VO
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- Designed and Tested to meet requirements of IEC 688 and IS 12784
- Reliable SMD Technology
- High Insulation Level
- Higher load Capacity
- Easy onsite conversion between DIN rail or Panel Mounting
- Polycarbonate body, conforming to UL 94-VO
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RISH Ducer : Current E13
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RISH Ducer : Voltage V21
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RISH Ducer : Voltage I21
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- Designed and Tested to meet requirements of IEC 688 and IS 12784
- Reliable SMD Technology
- High Insulation Level
- Higher load Capacity
- Easy onsite conversion between DIN rail or Panel Mounting
- Polycarbonate body, conforming to UL 94-VO
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- Designed and Tested to meet requirements of IEC 688 and IS 12784
- Reliable SMD Technology
- High Insulation Level
- Higher load Capacity
- Easy onsite conversion between DIN rail or Panel Mounting
- Polycarbonate body, conforming to UL 94-VO
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- Designed and Tested to meet requirements of IEC 688 and IS 12784
- Reliable SMD Technology
- High Insulation Level
- Higher load Capacity
- Easy onsite conversion between DIN rail or Panel Mounting
- Polycarbonate body, conforming to UL 94-VO
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RISH Ducer : Current I22
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RISH Ducer : P11- Active/Reactive
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RISH Ducer : C11 - Powe Factor/Phase Angle
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- Designed and Tested to meet requirements of IEC 688 and IS 12784
- Reliable SMD Technology
- High Insulation Level
- Higher load Capacity
- Easy onsite conversion between DIN rail or Panel Mounting
- Polycarbonate body, conforming to UL 94-VO
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RISH Ducer P11 measures active / reactive power of a single phase/ three phase system with balanced or unbalanced load by TDM (Time Division Multiplexing) principle and converts it into proportionate load independent DC Current or DC Voltage. The design is having negligible effect of power factor variation and output is accurate at very low power
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RISH Ducer- C11 measures the phase angle between Current and Voltage of a single or three phase balanced network having sine waveform. The output signal, in the form of load independent DC Current or Voltage, is proportional to phase angle between current and voltage.
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