Pulse/Analog Isolated Converter High-speed Response Type FVC Series-FVCD-1AI

Pulse/Analog Isolated Converter High-speed Response Type FVC Series
Nippon Tescon Co., Ltd.

Nippon Tescon Co., Ltd.'s Response Status

Response Rate

100.0%

Response Time

122.1hours

About This Product

The FVC series is a high-speed response model of a pulse analog converter for flowmeters. Since it is a DIN rail mounting type, it can be installed inside the panel. The LED display shows instantaneous flow rate and output value (current/voltage). Settings such as full scale can be easily changed by operating the front keys.

*Other product numbers are available.

Model
There are 10 models available for this product.

Product
Pulse/Analog Isolated Converter High-speed Response Type FVC Series

Handling Company
Nippon Tescon Co., Ltd.

Categories

Converters & Transducers

Signal Converters

Converters & Transducers

Pulse Isolators

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10 Models of Pulse/Analog Isolated Converter High-speed Response Type FVC Series

Click on the part number for more information about each product

Part Number	Price (excluding tax)	Power supply voltage	Mass	Setting value memory	Display section	Display range	Display cycle	Withstand voltage	Noise resistance	Insulation resistance	Moving average	Power consumption	Decimal point display	External control terminal	External dimensions	Operation method	Protective structure	Ambient humidity	Ambient temperature	Zero reset time	Power supply for sensor supply	Scaling function	Sampling period	HOLD terminal	CNT terminal
FVCD-1AI	Available upon quote	None: AC85V~264V 50/60Hz shared D:DC11V~30V ripple rate within 5%	Approximately 200g	By internal flash memory (5 years/times, 100,000 times)	7 segment red LED display Character height: 8mm Zero suppression display	0~99,999 5 digit display	0.1/0.2/0.5/1~10 (seconds) Average value display of display cycle time	Input-output-power supply AC2,000V for 1 minute	Between power terminals: ±2,000V (AC power supply) Between power terminals: ±1,000V (DC power supply)	100MΩ or more between input-output-power supply (DC500V) (Sensor power supply and control input are common to “input” and 0V)	Moving average based on average data displayed 1 to 100 times (in case of 1 time, no moving average)	Approx. 4.5VA (AC power supply) Approx. 4.5W (DC power supply)	0/0.0/0.00/0.000/0.0000	Negative logic input minimum ON width: 20msec Internal resistance 1.5kΩ	99H×36W×90Dmm DIN size	CPU cycle calculation method	IP20	25~85%RH (no condensation)	-10~+50℃ (but not freezing)	1sec~1,000sec	DC12V50mA	10^-9×0.00001^2~10^9×99,999^2	1m sec	Hold function (select from HOLD/MAX/MIN/P-P)	Select zero reset/comparative output retention/hold function
FVCD-1AI-L	Available upon quote	None: AC85V~264V 50/60Hz shared D:DC11V~30V ripple rate within 5%	Approximately 200g	By internal flash memory (5 years/times, 100,000 times)	7 segment red LED display Character height: 8mm Zero suppression display	0~99,999 5 digit display	0.1/0.2/0.5/1~10 (seconds) Average value display of display cycle time	Input-output-power supply AC2,000V for 1 minute	Between power terminals: ±2,000V (AC power supply) Between power terminals: ±1,000V (DC power supply)	100MΩ or more between input-output-power supply (DC500V) (Sensor power supply and control input are common to “input” and 0V)	Moving average based on average data displayed 1 to 100 times (in case of 1 time, no moving average)	Approx. 4.5VA (AC power supply) Approx. 4.5W (DC power supply)	0/0.0/0.00/0.000/0.0000	Negative logic input minimum ON width: 20msec Internal resistance 1.5kΩ	99H×36W×90Dmm DIN size	CPU cycle calculation method	IP20	25~85%RH (no condensation)	-10~+50℃ (but not freezing)	1sec~1,000sec	DC12V50mA	10^-9×0.00001^2~10^9×99,999^2	1m sec	Hold function (select from HOLD/MAX/MIN/P-P)	Select zero reset/comparative output retention/hold function
FVCD-1AV	Available upon quote	None: AC85V~264V 50/60Hz shared D:DC11V~30V ripple rate within 5%	Approximately 200g	By internal flash memory (5 years/times, 100,000 times)	7 segment red LED display Character height: 8mm Zero suppression display	0~99,999 5 digit display	0.1/0.2/0.5/1~10 (seconds) Average value display of display cycle time	Input-output-power supply AC2,000V for 1 minute	Between power terminals: ±2,000V (AC power supply) Between power terminals: ±1,000V (DC power supply)	100MΩ or more between input-output-power supply (DC500V) (Sensor power supply and control input are common to “input” and 0V)	Moving average based on average data displayed 1 to 100 times (in case of 1 time, no moving average)	Approx. 4.5VA (AC power supply) Approx. 4.5W (DC power supply)	0/0.0/0.00/0.000/0.0000	Negative logic input minimum ON width: 20msec Internal resistance 1.5kΩ	99H×36W×90Dmm DIN size	CPU cycle calculation method	IP20	25~85%RH (no condensation)	-10~+50℃ (but not freezing)	1sec~1,000sec	DC12V50mA	10^-9×0.00001^2~10^9×99,999^2	1m sec	Hold function (select from HOLD/MAX/MIN/P-P)	Select zero reset/comparative output retention/hold function
FVCD-1AV-L	Available upon quote	None: AC85V~264V 50/60Hz shared D:DC11V~30V ripple rate within 5%	Approximately 200g	By internal flash memory (5 years/times, 100,000 times)	7 segment red LED display Character height: 8mm Zero suppression display	0~99,999 5 digit display	0.1/0.2/0.5/1~10 (seconds) Average value display of display cycle time	Input-output-power supply AC2,000V for 1 minute	Between power terminals: ±2,000V (AC power supply) Between power terminals: ±1,000V (DC power supply)	100MΩ or more between input-output-power supply (DC500V) (Sensor power supply and control input are common to “input” and 0V)	Moving average based on average data displayed 1 to 100 times (in case of 1 time, no moving average)	Approx. 4.5VA (AC power supply) Approx. 4.5W (DC power supply)	0/0.0/0.00/0.000/0.0000	Negative logic input minimum ON width: 20msec Internal resistance 1.5kΩ	99H×36W×90Dmm DIN size	CPU cycle calculation method	IP20	25~85%RH (no condensation)	-10~+50℃ (but not freezing)	1sec~1,000sec	DC12V50mA	10^-9×0.00001^2~10^9×99,999^2	1m sec	Hold function (select from HOLD/MAX/MIN/P-P)	Select zero reset/comparative output retention/hold function
FVCD-1V1	Available upon quote	None: AC85V~264V 50/60Hz shared D:DC11V~30V ripple rate within 5%	Approximately 200g	By internal flash memory (5 years/times, 100,000 times)	7 segment red LED display Character height: 8mm Zero suppression display	0~99,999 5 digit display	0.1/0.2/0.5/1~10 (seconds) Average value display of display cycle time	Input-output-power supply AC2,000V for 1 minute	Between power terminals: ±2,000V (AC power supply) Between power terminals: ±1,000V (DC power supply)	100MΩ or more between input-output-power supply (DC500V) (Sensor power supply and control input are common to “input” and 0V)	Moving average based on average data displayed 1 to 100 times (in case of 1 time, no moving average)	Approx. 4.5VA (AC power supply) Approx. 4.5W (DC power supply)	0/0.0/0.00/0.000/0.0000	Negative logic input minimum ON width: 20msec Internal resistance 1.5kΩ	99H×36W×90Dmm DIN size	CPU cycle calculation method	IP20	25~85%RH (no condensation)	-10~+50℃ (but not freezing)	1sec~1,000sec	DC12V50mA	10^-9×0.00001^2~10^9×99,999^2	1m sec	Hold function (select from HOLD/MAX/MIN/P-P)	Select zero reset/comparative output retention/hold function
FVCD-1V1-L	Available upon quote	None: AC85V~264V 50/60Hz shared D:DC11V~30V ripple rate within 5%	Approximately 200g	By internal flash memory (5 years/times, 100,000 times)	7 segment red LED display Character height: 8mm Zero suppression display	0~99,999 5 digit display	0.1/0.2/0.5/1~10 (seconds) Average value display of display cycle time	Input-output-power supply AC2,000V for 1 minute	Between power terminals: ±2,000V (AC power supply) Between power terminals: ±1,000V (DC power supply)	100MΩ or more between input-output-power supply (DC500V) (Sensor power supply and control input are common to “input” and 0V)	Moving average based on average data displayed 1 to 100 times (in case of 1 time, no moving average)	Approx. 4.5VA (AC power supply) Approx. 4.5W (DC power supply)	0/0.0/0.00/0.000/0.0000	Negative logic input minimum ON width: 20msec Internal resistance 1.5kΩ	99H×36W×90Dmm DIN size	CPU cycle calculation method	IP20	25~85%RH (no condensation)	-10~+50℃ (but not freezing)	1sec~1,000sec	DC12V50mA	10^-9×0.00001^2~10^9×99,999^2	1m sec	Hold function (select from HOLD/MAX/MIN/P-P)	Select zero reset/comparative output retention/hold function
FVCD-1T	Available upon quote	None: AC85V~264V 50/60Hz shared D:DC11V~30V ripple rate within 5%	Approximately 200g	By internal flash memory (5 years/times, 100,000 times)	7 segment red LED display Character height: 8mm Zero suppression display	0~99,999 5 digit display	0.1/0.2/0.5/1~10 (seconds) Average value display of display cycle time	Input-output-power supply AC2,000V for 1 minute	Between power terminals: ±2,000V (AC power supply) Between power terminals: ±1,000V (DC power supply)	100MΩ or more between input-output-power supply (DC500V) (Sensor power supply and control input are common to “input” and 0V)	Moving average based on average data displayed 1 to 100 times (in case of 1 time, no moving average)	Approx. 4.5VA (AC power supply) Approx. 4.5W (DC power supply)	0/0.0/0.00/0.000/0.0000	Negative logic input minimum ON width: 20msec Internal resistance 1.5kΩ	99H×36W×90Dmm DIN size	CPU cycle calculation method	IP20	25~85%RH (no condensation)	-10~+50℃ (but not freezing)	1sec~1,000sec	DC12V50mA	10^-9×0.00001^2~10^9×99,999^2	1m sec	Hold function (select from HOLD/MAX/MIN/P-P)	Select zero reset/comparative output retention/hold function
FVCD-1T-L	Available upon quote	None: AC85V~264V 50/60Hz shared D:DC11V~30V ripple rate within 5%	Approximately 200g	By internal flash memory (5 years/times, 100,000 times)	7 segment red LED display Character height: 8mm Zero suppression display	0~99,999 5 digit display	0.1/0.2/0.5/1~10 (seconds) Average value display of display cycle time	Input-output-power supply AC2,000V for 1 minute	Between power terminals: ±2,000V (AC power supply) Between power terminals: ±1,000V (DC power supply)	100MΩ or more between input-output-power supply (DC500V) (Sensor power supply and control input are common to “input” and 0V)	Moving average based on average data displayed 1 to 100 times (in case of 1 time, no moving average)	Approx. 4.5VA (AC power supply) Approx. 4.5W (DC power supply)	0/0.0/0.00/0.000/0.0000	Negative logic input minimum ON width: 20msec Internal resistance 1.5kΩ	99H×36W×90Dmm DIN size	CPU cycle calculation method	IP20	25~85%RH (no condensation)	-10~+50℃ (but not freezing)	1sec~1,000sec	DC12V50mA	10^-9×0.00001^2~10^9×99,999^2	1m sec	Hold function (select from HOLD/MAX/MIN/P-P)	Select zero reset/comparative output retention/hold function
FVCD-2AI	Available upon quote	None: AC85V~264V 50/60Hz shared D:DC11V~30V ripple rate within 5%	Approximately 200g	By internal flash memory (5 years/times, 100,000 times)	7 segment red LED display Character height: 8mm Zero suppression display	0~99,999 5 digit display	0.1/0.2/0.5/1~10 (seconds) Average value display of display cycle time	Input-output-power supply AC2,000V for 1 minute	Between power terminals: ±2,000V (AC power supply) Between power terminals: ±1,000V (DC power supply)	100MΩ or more between input-output-power supply (DC500V) (Sensor power supply and control input are common to “input” and 0V)	Moving average based on average data displayed 1 to 100 times (in case of 1 time, no moving average)	Approx. 4.5VA (AC power supply) Approx. 4.5W (DC power supply)	0/0.0/0.00/0.000/0.0000	Negative logic input minimum ON width: 20msec Internal resistance 1.5kΩ	99H×36W×90Dmm DIN size	CPU cycle calculation method	IP20	25~85%RH (no condensation)	-10~+50℃ (but not freezing)	1sec~1,000sec	DC12V50mA	10^-9×0.00001^2~10^9×99,999^2	1m sec	Hold function (select from HOLD/MAX/MIN/P-P)	Select zero reset/comparative output retention/hold function
FVCD-2AI-L	Available upon quote	None: AC85V~264V 50/60Hz shared D:DC11V~30V ripple rate within 5%	Approximately 200g	By internal flash memory (5 years/times, 100,000 times)	7 segment red LED display Character height: 8mm Zero suppression display	0~99,999 5 digit display	0.1/0.2/0.5/1~10 (seconds) Average value display of display cycle time	Input-output-power supply AC2,000V for 1 minute	Between power terminals: ±2,000V (AC power supply) Between power terminals: ±1,000V (DC power supply)	100MΩ or more between input-output-power supply (DC500V) (Sensor power supply and control input are common to “input” and 0V)	Moving average based on average data displayed 1 to 100 times (in case of 1 time, no moving average)	Approx. 4.5VA (AC power supply) Approx. 4.5W (DC power supply)	0/0.0/0.00/0.000/0.0000	Negative logic input minimum ON width: 20msec Internal resistance 1.5kΩ	99H×36W×90Dmm DIN size	CPU cycle calculation method	IP20	25~85%RH (no condensation)	-10~+50℃ (but not freezing)	1sec~1,000sec	DC12V50mA	10^-9×0.00001^2~10^9×99,999^2	1m sec	Hold function (select from HOLD/MAX/MIN/P-P)	Select zero reset/comparative output retention/hold function

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About Company Handling This Product

Nippon Tescon Co., Ltd.

Response Rate

100.0%

Response Time

122.1hrs

Japan

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Pulse/Analog Isolated Converter High-speed Response Type FVC Series Nippon Tescon Co., Ltd.

Nippon Tescon Co., Ltd.'s Response Status

About This Product

10 Models of Pulse/Analog Isolated Converter High-speed Response Type FVC Series

Customers who viewed this product also viewed

Other products of Nippon Tescon Co., Ltd.

About Company Handling This Product

Related search keywords

Pulse/Analog Isolated Converter High-speed Response Type FVC Series
Nippon Tescon Co., Ltd.