Intelligent control output distributor IOPD-IOPD16-L-C*C6N

Intelligent control output distributor IOPD
RKC INSTRUMENT

RKC INSTRUMENT's Response Status

Response Rate

100.0%

Response Time

11.4hours

Fast Response

About This Product

■Main features- Suppress peak power at each power cycle (creates margin in power equipment)
- Eliminates power flicker and suppresses short-term voltage fluctuations (reduces power supply noise in the factory)
・SSR enables power control, making the device more compact and reducing costs (controllability equivalent to that of a power regulator and ripple reduction)

■Suppressing peak power during multi-point temperature controlIn multi-point temperature control, if the ON states overlap between CHs, the peak current will increase and cause power flicker. The control output distributor (IOPD) is connected between the control output of the controller and the actuator (SSR), and distributes and controls the output for each cycle of the power supply so that the ON state of all channels does not overlap. It is possible to suppress peak power during multi-point temperature control and reduce power flicker.

■Small size and high quality controlLow-cost, high-quality control: Since SSR can be used to control power, it is more compact than a power regulator and achieves multi-point temperature control with less power supply noise.

*Other product numbers are available.

Model
There are 10 models available for this product.

Product
Intelligent control output distributor IOPD

Handling Company
RKC INSTRUMENT

Categories

Integrated Circuits

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Last viewed: 5 hours ago

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10 Models of Intelligent control output distributor IOPD

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Part Number	Price (excluding tax)	Power supply voltage	Current detector input (CT)	Communication speed	Communication function	Communication method	Load power supply voltage measurement input Allowable frequency fluctuation	Load power supply voltage measurement input sampling period	Load power supply voltage measurement input input range	Load power supply voltage measurement input Number of input points	Load power supply voltage measurement input (PT input)	Alarm function	Minimum ON time	Maximum number of connected devices	Synchronization method	Control output	Control method	Control input accuracy	Control input resolution	Control input	Factory initial settings	Output load voltage	Output Allowable load current	Voltage drop when output is ON	Leakage current when output is OFF	Additional functions	Sampling period	Input type	Input impedance	CT input type	Number of channels
IOPD16-L-C*C6N	Available upon quote	DC20.4~26.4V [Including power supply voltage fluctuation] (Rated DC24V)	Accuracy: ±2% OF READING or ±1.0A, whichever is greater *CT accuracy not included	9,600bps, 19,200bps, 38,400bps, 57,600bps	RS-485 [2-wire] MODBUS protocol	RS-485 2-wire half-duplex multidrop connection	50Hz±2Hz or 60Hz±2Hz	1/2 cycle of load power supply cycle	85V~242V AC	1 point	Accuracy: ±4% OF READING	Heater burnout alarm (HBA) / Output current upper limit alarm / SSR short circuit abnormality alarm / Output shortage alarm / Load power supply voltage abnormality alarm / Load power supply frequency abnormality alarm	1 cycle of load power supply cycle	31 units	Half-duplex step synchronization type	Transistor output (source method)	Zero cross control (continuous proportion)	±1% OF SPAN (accuracy of captured manipulated variable)	Time proportional cycle setting 0.1~10.0 seconds: approx. 1/100~1/10,000 Time proportional cycle setting 1~100 seconds: approx. 1/100~1/10,000	Upper controller transistor (open collector) output (sink method) Input pulse L active	None (no initial setting specified)	DC8~30V	100mA	0.5V or less (at allowable load current)	100μA or less	Peak power suppression function, slope setting function, output monitor function	0.1~10.0 seconds or 1~100 seconds (when the control method is continuous proportional method) 1/2 cycle of load power supply cycle (when control method is input synchronous method)	Voltage pulse input DC0/12V or DC0/24V (common to all CHs)	13kΩ or more	16 points CTL-10-CLS (clamp type) [Current transformation ratio 3,000:1]	16 points
IOPD16-L-C*C7N	Available upon quote	DC20.4~26.4V [Including power supply voltage fluctuation] (Rated DC24V)	Accuracy: ±2% OF READING or ±1.0A, whichever is greater *CT accuracy not included	9,600bps, 19,200bps, 38,400bps, 57,600bps	RS-422A [4-wire] MODBUS protocol	RS-422A 4-wire half-duplex multidrop connection	50Hz±2Hz or 60Hz±2Hz	1/2 cycle of load power supply cycle	85V~242V AC	1 point	Accuracy: ±4% OF READING	Heater burnout alarm (HBA) / Output current upper limit alarm / SSR short circuit abnormality alarm / Output shortage alarm / Load power supply voltage abnormality alarm / Load power supply frequency abnormality alarm	1 cycle of load power supply cycle	31 units	Half-duplex step synchronization type	Transistor output (source method)	Zero cross control (continuous proportion)	±1% OF SPAN (accuracy of captured manipulated variable)	Time proportional cycle setting 0.1~10.0 seconds: approx. 1/100~1/10,000 Time proportional cycle setting 1~100 seconds: approx. 1/100~1/10,000	Upper controller transistor (open collector) output (sink method) Input pulse L active	None (no initial setting specified)	DC8~30V	100mA	0.5V or less (at allowable load current)	100μA or less	Peak power suppression function, slope setting function, output monitor function	0.1~10.0 seconds or 1~100 seconds (when the control method is continuous proportional method) 1/2 cycle of load power supply cycle (when control method is input synchronous method)	Voltage pulse input DC0/12V or DC0/24V (common to all CHs)	13kΩ or more	16 points CTL-10-CLS (clamp type) [Current transformation ratio 3,000:1]	16 points
IOPD16-L-C*P6N	Available upon quote	DC20.4~26.4V [Including power supply voltage fluctuation] (Rated DC24V)	Accuracy: ±2% OF READING or ±1.0A, whichever is greater *CT accuracy not included	9,600bps, 19,200bps, 38,400bps, 57,600bps	RS-485 [2-wire] MODBUS protocol	RS-485 2-wire half-duplex multidrop connection	50Hz±2Hz or 60Hz±2Hz	1/2 cycle of load power supply cycle	85V~242V AC	1 point	Accuracy: ±4% OF READING	Heater burnout alarm (HBA) / Output current upper limit alarm / SSR short circuit abnormality alarm / Output shortage alarm / Load power supply voltage abnormality alarm / Load power supply frequency abnormality alarm	1 cycle of load power supply cycle	31 units	Half-duplex step synchronization type	Transistor output (source method)	Zero cross control (continuous proportion)	±1% OF SPAN (accuracy of captured manipulated variable)	Time proportional cycle setting 0.1~10.0 seconds: approx. 1/100~1/10,000 Time proportional cycle setting 1~100 seconds: approx. 1/100~1/10,000	Upper controller transistor (open collector) output (sink method) Input pulse L active	None (no initial setting specified)	DC8~30V	100mA	0.5V or less (at allowable load current)	100μA or less	Peak power suppression function, slope setting function, output monitor function	0.1~10.0 seconds or 1~100 seconds (when the control method is continuous proportional method) 1/2 cycle of load power supply cycle (when control method is input synchronous method)	Voltage pulse input DC0/12V or DC0/24V (common to all CHs)	13kΩ or more	16 points CTL-6-P-N (through type) [current transformation ratio 800:1]	16 points
IOPD16-L-C*P7N	Available upon quote	DC20.4~26.4V [Including power supply voltage fluctuation] (Rated DC24V)	Accuracy: ±2% OF READING or ±1.0A, whichever is greater *CT accuracy not included	9,600bps, 19,200bps, 38,400bps, 57,600bps	RS-422A [4-wire] MODBUS protocol	RS-422A 4-wire half-duplex multidrop connection	50Hz±2Hz or 60Hz±2Hz	1/2 cycle of load power supply cycle	85V~242V AC	1 point	Accuracy: ±4% OF READING	Heater burnout alarm (HBA) / Output current upper limit alarm / SSR short circuit abnormality alarm / Output shortage alarm / Load power supply voltage abnormality alarm / Load power supply frequency abnormality alarm	1 cycle of load power supply cycle	31 units	Half-duplex step synchronization type	Transistor output (source method)	Zero cross control (continuous proportion)	±1% OF SPAN (accuracy of captured manipulated variable)	Time proportional cycle setting 0.1~10.0 seconds: approx. 1/100~1/10,000 Time proportional cycle setting 1~100 seconds: approx. 1/100~1/10,000	Upper controller transistor (open collector) output (sink method) Input pulse L active	None (no initial setting specified)	DC8~30V	100mA	0.5V or less (at allowable load current)	100μA or less	Peak power suppression function, slope setting function, output monitor function	0.1~10.0 seconds or 1~100 seconds (when the control method is continuous proportional method) 1/2 cycle of load power supply cycle (when control method is input synchronous method)	Voltage pulse input DC0/12V or DC0/24V (common to all CHs)	13kΩ or more	16 points CTL-6-P-N (through type) [current transformation ratio 800:1]	16 points
IOPD16-L-C*S6N	Available upon quote	DC20.4~26.4V [Including power supply voltage fluctuation] (Rated DC24V)	Accuracy: ±2% OF READING or ±1.0A, whichever is greater *CT accuracy not included	9,600bps, 19,200bps, 38,400bps, 57,600bps	RS-485 [2-wire] MODBUS protocol	RS-485 2-wire half-duplex multidrop connection	50Hz±2Hz or 60Hz±2Hz	1/2 cycle of load power supply cycle	85V~242V AC	1 point	Accuracy: ±4% OF READING	Heater burnout alarm (HBA) / Output current upper limit alarm / SSR short circuit abnormality alarm / Output shortage alarm / Load power supply voltage abnormality alarm / Load power supply frequency abnormality alarm	1 cycle of load power supply cycle	31 units	Half-duplex step synchronization type	Transistor output (source method)	Zero cross control (continuous proportion)	±1% OF SPAN (accuracy of captured manipulated variable)	Time proportional cycle setting 0.1~10.0 seconds: approx. 1/100~1/10,000 Time proportional cycle setting 1~100 seconds: approx. 1/100~1/10,000	Upper controller transistor (open collector) output (sink method) Input pulse L active	None (no initial setting specified)	DC8~30V	100mA	0.5V or less (at allowable load current)	100μA or less	Peak power suppression function, slope setting function, output monitor function	0.1~10.0 seconds or 1~100 seconds (when the control method is continuous proportional method) 1/2 cycle of load power supply cycle (when control method is input synchronous method)	Voltage pulse input DC0/12V or DC0/24V (common to all CHs)	13kΩ or more	16 points CTL-12-S56-10L-N (through type) [Current transformation ratio 1,000:1]	16 points
IOPD16-L-C*S7N	Available upon quote	DC20.4~26.4V [Including power supply voltage fluctuation] (Rated DC24V)	Accuracy: ±2% OF READING or ±1.0A, whichever is greater *CT accuracy not included	9,600bps, 19,200bps, 38,400bps, 57,600bps	RS-422A [4-wire] MODBUS protocol	RS-422A 4-wire half-duplex multidrop connection	50Hz±2Hz or 60Hz±2Hz	1/2 cycle of load power supply cycle	85V~242V AC	1 point	Accuracy: ±4% OF READING	Heater burnout alarm (HBA) / Output current upper limit alarm / SSR short circuit abnormality alarm / Output shortage alarm / Load power supply voltage abnormality alarm / Load power supply frequency abnormality alarm	1 cycle of load power supply cycle	31 units	Half-duplex step synchronization type	Transistor output (source method)	Zero cross control (continuous proportion)	±1% OF SPAN (accuracy of captured manipulated variable)	Time proportional cycle setting 0.1~10.0 seconds: approx. 1/100~1/10,000 Time proportional cycle setting 1~100 seconds: approx. 1/100~1/10,000	Upper controller transistor (open collector) output (sink method) Input pulse L active	None (no initial setting specified)	DC8~30V	100mA	0.5V or less (at allowable load current)	100μA or less	Peak power suppression function, slope setting function, output monitor function	0.1~10.0 seconds or 1~100 seconds (when the control method is continuous proportional method) 1/2 cycle of load power supply cycle (when control method is input synchronous method)	Voltage pulse input DC0/12V or DC0/24V (common to all CHs)	13kΩ or more	16 points CTL-12-S56-10L-N (through type) [Current transformation ratio 1,000:1]	16 points
IOPD16-L-C*L6N	Available upon quote	DC20.4~26.4V [Including power supply voltage fluctuation] (Rated DC24V)	Accuracy: ±2% OF READING or ±1.0A, whichever is greater *CT accuracy not included	9,600bps, 19,200bps, 38,400bps, 57,600bps	RS-485 [2-wire] MODBUS protocol	RS-485 2-wire half-duplex multidrop connection	50Hz±2Hz or 60Hz±2Hz	1/2 cycle of load power supply cycle	85V~242V AC	1 point	Accuracy: ±4% OF READING	Heater burnout alarm (HBA) / Output current upper limit alarm / SSR short circuit abnormality alarm / Output shortage alarm / Load power supply voltage abnormality alarm / Load power supply frequency abnormality alarm	1 cycle of load power supply cycle	31 units	Half-duplex step synchronization type	Transistor output (source method)	Zero cross control (continuous proportion)	±1% OF SPAN (accuracy of captured manipulated variable)	Time proportional cycle setting 0.1~10.0 seconds: approx. 1/100~1/10,000 Time proportional cycle setting 1~100 seconds: approx. 1/100~1/10,000	Upper controller transistor (open collector) output (sink method) Input pulse L active	None (no initial setting specified)	DC8~30V	100mA	0.5V or less (at allowable load current)	100μA or less	Peak power suppression function, slope setting function, output monitor function	0.1~10.0 seconds or 1~100 seconds (when the control method is continuous proportional method) 1/2 cycle of load power supply cycle (when control method is input synchronous method)	Voltage pulse input DC0/12V or DC0/24V (common to all CHs)	13kΩ or more	16 points CTL-36-S56-20 (through type), CTL-24-CLS (clamp type) [Current transformation ratio 2,000:1]	16 points
IOPD16-L-C*L7N	Available upon quote	DC20.4~26.4V [Including power supply voltage fluctuation] (Rated DC24V)	Accuracy: ±2% OF READING or ±1.0A, whichever is greater *CT accuracy not included	9,600bps, 19,200bps, 38,400bps, 57,600bps	RS-422A [4-wire] MODBUS protocol	RS-422A 4-wire half-duplex multidrop connection	50Hz±2Hz or 60Hz±2Hz	1/2 cycle of load power supply cycle	85V~242V AC	1 point	Accuracy: ±4% OF READING	Heater burnout alarm (HBA) / Output current upper limit alarm / SSR short circuit abnormality alarm / Output shortage alarm / Load power supply voltage abnormality alarm / Load power supply frequency abnormality alarm	1 cycle of load power supply cycle	31 units	Half-duplex step synchronization type	Transistor output (source method)	Zero cross control (continuous proportion)	±1% OF SPAN (accuracy of captured manipulated variable)	Time proportional cycle setting 0.1~10.0 seconds: approx. 1/100~1/10,000 Time proportional cycle setting 1~100 seconds: approx. 1/100~1/10,000	Upper controller transistor (open collector) output (sink method) Input pulse L active	None (no initial setting specified)	DC8~30V	100mA	0.5V or less (at allowable load current)	100μA or less	Peak power suppression function, slope setting function, output monitor function	0.1~10.0 seconds or 1~100 seconds (when the control method is continuous proportional method) 1/2 cycle of load power supply cycle (when control method is input synchronous method)	Voltage pulse input DC0/12V or DC0/24V (common to all CHs)	13kΩ or more	16 points CTL-36-S56-20 (through type), CTL-24-CLS (clamp type) [Current transformation ratio 2,000:1]	16 points
IOPD16-L-C*F6N	Available upon quote	DC20.4~26.4V [Including power supply voltage fluctuation] (Rated DC24V)	Accuracy: ±2% OF READING or ±1.0A, whichever is greater *CT accuracy not included	9,600bps, 19,200bps, 38,400bps, 57,600bps	RS-485 [2-wire] MODBUS protocol	RS-485 2-wire half-duplex multidrop connection	50Hz±2Hz or 60Hz±2Hz	1/2 cycle of load power supply cycle	85V~242V AC	1 point	Accuracy: ±4% OF READING	Heater burnout alarm (HBA) / Output current upper limit alarm / SSR short circuit abnormality alarm / Output shortage alarm / Load power supply voltage abnormality alarm / Load power supply frequency abnormality alarm	1 cycle of load power supply cycle	31 units	Half-duplex step synchronization type	Transistor output (source method)	Zero cross control (continuous proportion)	±1% OF SPAN (accuracy of captured manipulated variable)	Time proportional cycle setting 0.1~10.0 seconds: approx. 1/100~1/10,000 Time proportional cycle setting 1~100 seconds: approx. 1/100~1/10,000	Upper controller transistor (open collector) output (sink method) Input pulse L active	None (no initial setting specified)	DC8~30V	100mA	0.5V or less (at allowable load current)	100μA or less	Peak power suppression function, slope setting function, output monitor function	0.1~10.0 seconds or 1~100 seconds (when the control method is continuous proportional method) 1/2 cycle of load power supply cycle (when control method is input synchronous method)	Voltage pulse input DC0/12V or DC0/24V (common to all CHs)	13kΩ or more	16 points CTL-24-CLSF (clamp type) [Current transformation ratio 3,000:1]	16 points
IOPD16-L-C*F7N	Available upon quote	DC20.4~26.4V [Including power supply voltage fluctuation] (Rated DC24V)	Accuracy: ±2% OF READING or ±1.0A, whichever is greater *CT accuracy not included	9,600bps, 19,200bps, 38,400bps, 57,600bps	RS-422A [4-wire] MODBUS protocol	RS-422A 4-wire half-duplex multidrop connection	50Hz±2Hz or 60Hz±2Hz	1/2 cycle of load power supply cycle	85V~242V AC	1 point	Accuracy: ±4% OF READING	Heater burnout alarm (HBA) / Output current upper limit alarm / SSR short circuit abnormality alarm / Output shortage alarm / Load power supply voltage abnormality alarm / Load power supply frequency abnormality alarm	1 cycle of load power supply cycle	31 units	Half-duplex step synchronization type	Transistor output (source method)	Zero cross control (continuous proportion)	±1% OF SPAN (accuracy of captured manipulated variable)	Time proportional cycle setting 0.1~10.0 seconds: approx. 1/100~1/10,000 Time proportional cycle setting 1~100 seconds: approx. 1/100~1/10,000	Upper controller transistor (open collector) output (sink method) Input pulse L active	None (no initial setting specified)	DC8~30V	100mA	0.5V or less (at allowable load current)	100μA or less	Peak power suppression function, slope setting function, output monitor function	0.1~10.0 seconds or 1~100 seconds (when the control method is continuous proportional method) 1/2 cycle of load power supply cycle (when control method is input synchronous method)	Voltage pulse input DC0/12V or DC0/24V (common to all CHs)	13kΩ or more	16 points CTL-24-CLSF (clamp type) [Current transformation ratio 3,000:1]	16 points

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About Company Handling This Product

RKC INSTRUMENT

Response Rate

100.0%

Response Time

11.4hrs

Company Overview

RKC Instrument has been continually growing for over half a century and strives to be a solution provider of m...

Japan

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Intelligent control output distributor IOPD RKC INSTRUMENT

RKC INSTRUMENT's Response Status

About This Product

■Main features

■Suppressing peak power during multi-point temperature control

■Small size and high quality control

10 Models of Intelligent control output distributor IOPD

Customers who viewed this product also viewed

Other products of RKC INSTRUMENT

About Company Handling This Product

Related search keywords

Intelligent control output distributor IOPD
RKC INSTRUMENT