LK Automation Limited
SDV-FM5 | OMRON SDV-FM5 Voltage Sensor
Brand:
OMRON
Name: Voltage Sensor
Model: SDV-FM5
Control power supply voltage: 125 VDC.
Input: DC, Input voltage range, 0.2 to 12 V.
Overvoltage/Undervoltage Monitoring.
Relay for AC and DC Input.
Detect overvoltages or undervoltages (switch select,
able) from 4 mV to 300 V.
Detect undercurrent, reverse current, or overcurrent in,
DC circuits using shunt (SDV-FL).
Detect three-phase AC current for under and/or overcur,
rent using current converter.
Available in 7 supply voltage configurations.
Single-function model with ON-delay, OFF-delay, or star,
tup lock settings (SDV-FH@T).
Select either AC or DC voltage input.
Polarity can be specified (SDV-FL) to enable easy re,
verse current detection.
Selectable reset value range from 2% to 30% of operat,
ing value (SDV-F).
LED operation indicator.
UL/CSA approval (SDV-F@).
...More relevant models >>>>
Name: Voltage Sensor
Model: SDV-FM5
Control power supply voltage: 125 VDC.
Input: DC, Input voltage range, 0.2 to 12 V.
Overvoltage/Undervoltage Monitoring.
Relay for AC and DC Input.
Detect overvoltages or undervoltages (switch select,
able) from 4 mV to 300 V.
Detect undercurrent, reverse current, or overcurrent in,
DC circuits using shunt (SDV-FL).
Detect three-phase AC current for under and/or overcur,
rent using current converter.
Available in 7 supply voltage configurations.
Single-function model with ON-delay, OFF-delay, or star,
tup lock settings (SDV-FH@T).
Select either AC or DC voltage input.
Polarity can be specified (SDV-FL) to enable easy re,
verse current detection.
Selectable reset value range from 2% to 30% of operat,
ing value (SDV-F).
LED operation indicator.
UL/CSA approval (SDV-F@).
Power rating: 200 W.
Input voltage: 100 to 120 VAC, 200 to 240 VAC (allowable range: 90 to 132 VAC,
180 to 264 VAC, or 254 to 373 VDC(Select with the switch.)*2).
Output voltage: 12 V VDC.
Output current: 17 A.
Built-in fan: None.
Model with terminal block facing upward.
High Reliability at a Reasonable Cost OMRON SDV-FM5.
Reliable, Basic Power Supplies That,
Contribute to Stable Equipment Operation SDV-FM5
High Reliability: Enhanced abnormal overvoltage,
resistance and lightning surge resistance for stable,
operation even with an unstable input voltage.
Long Life: Japanese 105°C electrolytic capacitors are used,
to achieve stable quality and long life. A reliable 3-year warranty.
Wide Input Ranges: 100 to 120 VAC and 200 to 240 VAC,
Full Lineup: Models are available for the main output,
voltages and capacities used in FA applications OMRON SDV-FM5.
Global Standards: Conforms to CE (all models),
Approved for UL (all models) and CCC (15 to 150-W models).
Easy mounting to DIN Rails with Mounting Brackets (sold separately).
Refer to Period and Terms of W. SYSMAC PLC Units: C20-LK201-V1, C500-LK203, C500-LK201-V1, C120-LK201-V1,
C200H-LK201, CV500-LK201, (Port 1, full-duplex mode) OMRON SDV-FM5.
Cable length L: 5 m.
Host: Personal computer: IBM PC/AT or compatible.
Ideal Cables for between Programmable Controllers and Host Computers SDV-FM5 OMRON. Type: S8JC-ZS series models list.
Meet the criteria: CE (EN50178).
Configuration: power supply with cover; DIN guide rail mounting.
Input voltage: 50W.
Output voltage: 24VDC SDV-FM5 OMRON.
Output current: 2.1A.
Economic type power supply S8JC-Z additional models,
The new power S8JC-ZS has a CE certification mark to market.
Product features: reduce material costs;
Export machinery to be used to meet specific safety standards;
Through the DIN guuide rail installation, significant savings in time SDV-FM5 OMRON SDV-FM5. Cable length L: A, 2.0 m; B, 1.75 m.
Connect Connector-Terminal,
Block Conversion Units (XW2@) to,
I/O Units for Programmable,
Controllers with one touch. Cable leength L: A, 3 OMRON SDV-FM5. 0 m; B, 2.75 m.
Connect Connector-Terminal,
Block Conversion Units (XW2@) to,
I/O Units for Programmable,
Controllers with one touch.
Input voltage: 100 to 120 VAC, 200 to 240 VAC (allowable range: 90 to 132 VAC,
180 to 264 VAC, or 254 to 373 VDC(Select with the switch.)*2).
Output voltage: 12 V VDC.
Output current: 17 A.
Built-in fan: None.
Model with terminal block facing upward.
High Reliability at a Reasonable Cost OMRON SDV-FM5.
Reliable, Basic Power Supplies That,
Contribute to Stable Equipment Operation SDV-FM5
High Reliability: Enhanced abnormal overvoltage,
resistance and lightning surge resistance for stable,
operation even with an unstable input voltage.
Long Life: Japanese 105°C electrolytic capacitors are used,
to achieve stable quality and long life. A reliable 3-year warranty.
Wide Input Ranges: 100 to 120 VAC and 200 to 240 VAC,
Full Lineup: Models are available for the main output,
voltages and capacities used in FA applications OMRON SDV-FM5.
Global Standards: Conforms to CE (all models),
Approved for UL (all models) and CCC (15 to 150-W models).
Easy mounting to DIN Rails with Mounting Brackets (sold separately).
Refer to Period and Terms of W. SYSMAC PLC Units: C20-LK201-V1, C500-LK203, C500-LK201-V1, C120-LK201-V1,
C200H-LK201, CV500-LK201, (Port 1, full-duplex mode) OMRON SDV-FM5.
Cable length L: 5 m.
Host: Personal computer: IBM PC/AT or compatible.
Ideal Cables for between Programmable Controllers and Host Computers SDV-FM5 OMRON. Type: S8JC-ZS series models list.
Meet the criteria: CE (EN50178).
Configuration: power supply with cover; DIN guide rail mounting.
Input voltage: 50W.
Output voltage: 24VDC SDV-FM5 OMRON.
Output current: 2.1A.
Economic type power supply S8JC-Z additional models,
The new power S8JC-ZS has a CE certification mark to market.
Product features: reduce material costs;
Export machinery to be used to meet specific safety standards;
Through the DIN guuide rail installation, significant savings in time SDV-FM5 OMRON SDV-FM5. Cable length L: A, 2.0 m; B, 1.75 m.
Connect Connector-Terminal,
Block Conversion Units (XW2@) to,
I/O Units for Programmable,
Controllers with one touch. Cable leength L: A, 3 OMRON SDV-FM5. 0 m; B, 2.75 m.
Connect Connector-Terminal,
Block Conversion Units (XW2@) to,
I/O Units for Programmable,
Controllers with one touch.
...More relevant models >>>>