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Home >> Products >> OMRON >> Power/other peripheral devices >> Power / equipment protection equipment >> Protective equipment for equipment >> K8AC-H23CC-FLK Digital Heater Element Burnout Detector OMRON K8AC-H23CC-FLK

K8AC-H23CC-FLK Digital Heater Element Burnout Detector OMRON K8AC-H23CC-FLK

Brand: OMRON
Name: Digital Heater Element Burnout Detector
Model: K8AC-H23CC-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: 20.0 to 200.0 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@@@).

Category: incidental cover type.
Structure: bottom surface mounting type (300/600/1500W type forced cooling with built-in fan).
Capacity: 300W.
Output voltage: 12V.
Output current: 27A.
Built in OMRON''s original new under voltage detection function of small size,
Also contribute to the miniaturization of the device OMRON K8AC-H23CC-FLK.
Built in support for determining the abnormal causes of the new under voltage detection function K8AC-H23CC-FLK
(S8VM- - P - 24A - racy type)
Power failure detection function with built-in hint output voltage abnormity.
(type 300/600/1500W)
A total of 8 kinds of capacity of 29 models, a complete range of products.
Meet RoHS instructions including lead free.
Humanized design of anti - shedding screw for terminal stage OMRON K8AC-H23CC-FLK.
(except for the 300/600/1500W output terminals)
Support finger touch protection to prevent electric shock.
DIN guide rail simple installation.
Safety standards: CSA, C22.2 No.14/No.60950-1 UL508/60950-1,
EN50178, EN60950-1.
(300/600/1500W type, safety standard is not applicable when the fan is replaced by the customer.)
Meet F47-0200 SEMI standards. (200V input)
High harmonic current limit: EN61000-3-2 OMRON K8AC-H23CC-FLK. (except for type 15/30W)
")
Suitable cable dia: 3 mm dia. model (3 to 4 mm dia.).
Suitable core size: 0.18 to 0.3mm; 0.5 to 0.75mm.
Suitable Sheath material: PVC, PE, PUR.
Cable connection direction: Straight K8AC-H23CC-FLK OMRON.
Connection method: Crimping.
DC: Model.
Minimum order: 50.
Water- and Environment-resistive FA.
Connectors Save Wiring and Maintenance Effort K8AC-H23CC-FLK OMRON.
Compact FA connectors meet IP67 requirements and ensure a,
94V-0 fire retardant rating.
A wide array of connectors makes a wiring system more modular,
simplifies maintenance, and reduces downtime.
Connectors with Cables and Connector Assemblies are available.
Three types of Connector Assembly: Crimping, soldering, and screw-on K8AC-H23CC-FLK OMRON.
Connectors with Cables are UL certified.
Based on IEC61076-2-101 (IEC60947-5-2) and NECA 4202. Power ratings: 180 W.
Input voltage: 100 to 240 VAC(allowable range: 85 to 264 VAC or 80 to 370 VDC*3).
Output voltage: 24 V.
Output current: 7.5 A.
UL Class 2 Output standards: --.
Model number(screw terminal block).
60/90/120/180/240/480-W Models.
New Models with Indication.
Monitor and Simple Functions for.
Easy System Commissioning.
New 90-W models with indication monitor that.
conform to UL Class 2 Output staandards K8AC-H23CC-FLK.
New models with screwless terminal blocks and,
indication monitor.
Status displayed on 3-digit, 7-segment display.
Safety standards: UL 508/60950-1,
CSA C22.2 No. 107.1/60950-1,
EN 50178 (= VDE 0160), EN 60950-1 ((= VDE 0805 Teil 1) OMRON K8AC-H23CC-FLK.
Input conditions: DC input is also possible from 80 to 370 VDC.
(Not compliant with EC Directives and other safety standards.)


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