LK Automation Limited LK Automation Limited
Brand: OMRON
Go Back >> Product Catalogues
R87F-A4A13HP AC Axial Fans
OMRON R87F-A4A13HP Manual And Instructions
R87F-A4A13HP datasheetPDF datasheet
R87F-A4A13HP Connection Guide

OMRON R87F-A4A13HP Product information and technical parameters:
Brand: OMRON
Name: AC Axial Fans
Model: R87F-A4A13HP
Rated voltage: 200 V .
Permitted voltage fluctuation range: 85% to 110% rated voltage.
Frequency: 50/60 Hz.
Rated current: 50 Hz, 0.096 A; 60 Hz, 0.078 A .
Rated input: 50 Hz, 14 W ; 60 Hz, 12 W .
Rated rotational speed: 50 Hz, 2400 r/min; 60 Hz, 2800 r/min.
Maximum flow rate: 50 Hz, 1.9 m3/min; 60 Hz, 2.2 m3/min.
Maximum static pressure: 50 Hz, 44.1 Pa; 60 Hz, 42.2 Pa.
Noise: 50 Hz, 39 dB; 60 Hz, 43 dB.
Optimum Cooling with a Comprehensive.
Lineup of Axial Fans.
Low noise level, long service life, and resistance to the,
environment.
Shaft supported by ball bearings for highly-reliable operation.
Plastic-bladed models (44 type) and metal-bladed models,
(28 type) included in series.
R87T-A@A15H-WR Water-resistant AC Axial Fans,
(IP X7 degree of protection) added to series.
CE marking compliant and certified by UL and CSA.
Note: The compliant standards and certified safety standards depend on the,
product. Check the information given for available models of Axial fans and,
the information in Characteristics.

Category: incidental cover type.
Structure: DIN guide rail mounting type.
Capacity: 15W.
Output voltage: 15V.
Output current: 1A.
Built in OMRON''s original new under voltage detection function of small size,
Also contribute to the miniaturization of the device.
Built in support for determining the abnormal causes of the new under voltage detection function R87F-A4A13HP.
(S8VM- - P - 24A - racy type)
Power failure detection function with built-in hint output voltage abnormity R87F-A4A13HP
(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.
(except for the 300/600/1500W output terminals)
Support finger touch protection to prevent electric shock R87F-A4A13HP.
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. (except for type 15/30W)
"
Rated voltage: 200 V R87F-A4A13HP.
Permitted voltage fluctuation range: 85% to 110% rated voltage.
Frequency: 50/60 Hz.
Rated rotational speed: 50 Hz, 2300 r/min; 60 Hz, 2600 r/min.
Maximum flow rate: 50 Hz, 0.8 m3/min; 60 Hz, 1.0 m3/min.
Maximum static pressure: 50 Hz, 41 Pa; 60 Hz, 45 Pa.
Noise: 50 Hz, 41 dB; 60 Hz, 44 dB.
Weight: Approx. 1150 g.
Comprehensive Lineup of Single,
Double, and Triple Axial Fans with,
Easy One-step Mounting.
Mounts in a square cutout and conceals the hole-cut to,
simplify installation work.
Cover can be set to open either upward or downward for,
convenience in confined spaces.
Enhanced accessories (finger guard, filter, plug cord,
mounting screws).
Optional Replacement Filter and Vent Attachment.
The lineup includes Single, Double, and Triple Box Fans,
with eight models with plastic blades and eight models with,
metal blades. Control supply voltage: 200 VAC; With voltage fluctuation compensation.
Operating current: 4 to 10 A.
Accurate Detection of Heater Element.
Burnout Regardless of Heater Capacities.
Accurately detects a burned heater element or elements incor,
porated by a molding machine or packing machine and outputs,
an alarm signal.
Precisely singles out the burned element even if one heater el,
ement among several heater elements has been burned out R87F-A4A13HP.
Applicable to small- to large-capacity heater elements.
All K2CU-F large-capacity, built-in current transformer models,
work with booth single-phase and three-phase heaters R87F-A4A13HP.
Voltage fluctuation compensation function eliminates false,
alarms due to variations in the supply voltage.


...More relevant models >>>>