LK Automation Limited
Brand:
OMRON
K8AC-H12CC-FLK | OMRON Digital Heater Element Burnout Detector K8AC-H12CC-FLK
OMRON K8AC-H12CC-FLK Manual And Instructions
K8AC-H12CC-FLK datasheetPDF datasheet
K8AC-H12CC-FLK Communications Manual
OMRON K8AC-H12CC-FLK Product information and technical parameters：
Brand: OMRON
Name: Digital Heater Element Burnout Detector
Model: K8AC-H12CC-FLK
Power supply voltage: 100 to 240 VAC.
Heater control method: ON/OFF control SSR control.
Input specifications: Two current inputs,
(for either single phase or threephase).
Output specifications: One relay output.
Communications output: RS-485.
Current input range: 2.00 to 22.00 A.
A high-precision Heater Element.
Burnout Detector compatible with a,
wide-range of heater control methods.
Push-in terminals reduce the workload.
Scaling.
NPN or PNP equivalent output.
Lineup includes models compatible with many heater control methods,
including ON/OFF control, phase control, and cyclic control.
High-precision heater burnout alarm with digital measurement.
Contributes to preventative maintenance.
If the gate function is disabled, the gate input can be used as an,
undercurrent/overcurrent relay or for motor or lamp loads.
Undercurrent detection values can be set separately for CT1 and CT2.
CE marking and cUL certified (K8AC-H2@@@).
...More relevant models >>>>
K8AC-H12CC-FLK datasheetPDF datasheet
K8AC-H12CC-FLK Communications Manual
OMRON K8AC-H12CC-FLK Product information and technical parameters：
Brand: OMRON
Name: Digital Heater Element Burnout Detector
Model: K8AC-H12CC-FLK
Power supply voltage: 100 to 240 VAC.
Heater control method: ON/OFF control SSR control.
Input specifications: Two current inputs,
(for either single phase or threephase).
Output specifications: One relay output.
Communications output: RS-485.
Current input range: 2.00 to 22.00 A.
A high-precision Heater Element.
Burnout Detector compatible with a,
wide-range of heater control methods.
Push-in terminals reduce the workload.
Scaling.
NPN or PNP equivalent output.
Lineup includes models compatible with many heater control methods,
including ON/OFF control, phase control, and cyclic control.
High-precision heater burnout alarm with digital measurement.
Contributes to preventative maintenance.
If the gate function is disabled, the gate input can be used as an,
undercurrent/overcurrent relay or for motor or lamp loads.
Undercurrent detection values can be set separately for CT1 and CT2.
CE marking and cUL certified (K8AC-H2@@@).
Terminal/mounting: Plug-in/DIN rail via socket.
Control voltage: 200/220/240 VAC.
Overcurrent detection: Instantaneous type, W/o start-up lock.
Solid-state, Plug-in Current Sensor.
Applicable to motor overcurrent protection and 3-phase AC current detection.
Inverse-type, start-up lock type, and instantaneous type over,
current sensors available OMRON K8AC-H12CC-FLK.
Instantaneous type under current sensor available K8AC-H12CC-FLK
Plug-in design simplifies installation, removal, and wiring.
DIN sized (48 mm x 96 mm). Cable specifications: Fire-retardant, Robot cable.
Cable length L: 5 m.
Cable outer diameter: 6 mm.
Angled Connectors.
Minimum order: 5.
UL: Yes.
Round Water-resistive Smartclick.
Connectors That Reduce Installation Work OMRON K8AC-H12CC-FLK.
A newly developed lock mechanism that is compatible with round M12 connectors.
Simply insert the Connectors, then turn them approximately 1/8 of a turn to lock.
A positive click indicates locking.
Features the same degree of protection (IP67) as M12 connectors.
A full line-up of models is planned.
Connectors with Cables are UL approved. Power ratings: 15 W.
Output voltage: 15 V OMRON K8AC-H12CC-FLK.
Output current: 1 A.
Boost current: --.
Newly Released High-capacity 240-W Models in S8EX-series Lineup.
Rated Output of 300 W for 200 VAC.
From 170 to 264 VAC.
New 240-W Models.
Lineup of models with 24-, 36-, and 48-VDC output.
voltages.
15-W, 35-W, 50-W, 100-W, and 150-W Models.
Lineup of models with from 5 to 48-VDC output.
voltages.
All Models.
Approved standards:
UL60950-1, cUR CSA C22.2 No. 60950-1, EN 50178,
and EN 60950-1.
Lineup includes open-frame models, models with.
chassis, and models with chassis and covers.
Wide-range power supply: 100 to 240 VAC.
Complies with harmonic current standard in EN.
61000-3-2 (50-W to 240-W models).
The top class in industry for compact size.
Boost current output (some models excluded). Time specification: Inverse type.
Current setting range: 20 to 65 A.
Operating voltage: 200/220/240 VAC.
Resetting method: Manual.
Solid-state Relay Enables Choice of Three.
Operating Functions (Overcurrent, Open,
phase, and Reverse-phase).
Protects 3-phase induction motors and their loads from damage.
Selection and combination of operating functions from overcur,
rent, open-phase, and reverse-phase.
Circuit and output relay operation can be checked by just operat,
ing the test button.
The set time value can be checked easily because operation time,
is indiicated from the start of operation K8AC-H12CC-FLK.
Space-saving, integrated construction.
Note: If the K2CM is used with an inverter, the operating conditions will,
depend on the load wiring length, inverter carrier frequency, basic,
frequency, and load conditions K8AC-H12CC-FLK. Error will occur in the operating,
values of the overload elements. It is recommended to test operation,
before using the K2CM.
Control voltage: 200/220/240 VAC.
Overcurrent detection: Instantaneous type, W/o start-up lock.
Solid-state, Plug-in Current Sensor.
Applicable to motor overcurrent protection and 3-phase AC current detection.
Inverse-type, start-up lock type, and instantaneous type over,
current sensors available OMRON K8AC-H12CC-FLK.
Instantaneous type under current sensor available K8AC-H12CC-FLK
Plug-in design simplifies installation, removal, and wiring.
DIN sized (48 mm x 96 mm). Cable specifications: Fire-retardant, Robot cable.
Cable length L: 5 m.
Cable outer diameter: 6 mm.
Angled Connectors.
Minimum order: 5.
UL: Yes.
Round Water-resistive Smartclick.
Connectors That Reduce Installation Work OMRON K8AC-H12CC-FLK.
A newly developed lock mechanism that is compatible with round M12 connectors.
Simply insert the Connectors, then turn them approximately 1/8 of a turn to lock.
A positive click indicates locking.
Features the same degree of protection (IP67) as M12 connectors.
A full line-up of models is planned.
Connectors with Cables are UL approved. Power ratings: 15 W.
Output voltage: 15 V OMRON K8AC-H12CC-FLK.
Output current: 1 A.
Boost current: --.
Newly Released High-capacity 240-W Models in S8EX-series Lineup.
Rated Output of 300 W for 200 VAC.
From 170 to 264 VAC.
New 240-W Models.
Lineup of models with 24-, 36-, and 48-VDC output.
voltages.
15-W, 35-W, 50-W, 100-W, and 150-W Models.
Lineup of models with from 5 to 48-VDC output.
voltages.
All Models.
Approved standards:
UL60950-1, cUR CSA C22.2 No. 60950-1, EN 50178,
and EN 60950-1.
Lineup includes open-frame models, models with.
chassis, and models with chassis and covers.
Wide-range power supply: 100 to 240 VAC.
Complies with harmonic current standard in EN.
61000-3-2 (50-W to 240-W models).
The top class in industry for compact size.
Boost current output (some models excluded). Time specification: Inverse type.
Current setting range: 20 to 65 A.
Operating voltage: 200/220/240 VAC.
Resetting method: Manual.
Solid-state Relay Enables Choice of Three.
Operating Functions (Overcurrent, Open,
phase, and Reverse-phase).
Protects 3-phase induction motors and their loads from damage.
Selection and combination of operating functions from overcur,
rent, open-phase, and reverse-phase.
Circuit and output relay operation can be checked by just operat,
ing the test button.
The set time value can be checked easily because operation time,
is indiicated from the start of operation K8AC-H12CC-FLK.
Space-saving, integrated construction.
Note: If the K2CM is used with an inverter, the operating conditions will,
depend on the load wiring length, inverter carrier frequency, basic,
frequency, and load conditions K8AC-H12CC-FLK. Error will occur in the operating,
values of the overload elements. It is recommended to test operation,
before using the K2CM.
...More relevant models >>>>