HANYOUNG NUX UP 12RM-4 Series Instruction Manual

Inductive type proximity sensor
UP Long distance
sensing
Round
Square
INSTRUCTION MANUAL
Thank you for purchasing HANYOUNG product.
Please check whether the product is the exactly same as you ordered.
Before using the product, please read this instruction manual carefully.
Please keep this manual where you can view at any time
Safety information
Before using the product, please read the safety information thoroughly and use it properly.
Alerts declared in the manual are classified to Danger, Warning and Caution by their criticality
DANGER indicates an imminently hazardous situation which, if
DANGER
not avoided, will result in death or serious injury
WARNING indicates a potentially hazardous situation which, if not
WARNING
avoided, could result in death or serious injury
CAUTION indicates a potentially hazardous situation which, if not
CAUTION
avoided, may result in minor or moderate injury
WARNING
• If the user use the product with methods other than specified by the manufacturer, there
may be bodily injuries or property damages.
• If there is a possibility of an accident caused by errors or malfunctions of this product,
install external protection circuit to prevent the accident.
CAUTION
• Pay attention that it is possible to damage a proximity sensor by a short circuit when wiring load.
• Wiring to an applicable device shall be certainly connected by using compressing
terminals or soldering.
• Do not use PNP type or NPN type indiscriminately.
• Please wire after ensuring whether input conditions are accepted to an applicable device.
• When there is a power or high voltage line close to the cord of the proximity sensor, wire
the cord with shielding such as an independent metal conduit to prevent against proximity
sensor's damage or malfunction.
• Although the proximity sensor has a surge absorption circuit, if there is any machine that
has a large surging one (e.g., a motor, welding machine, etc) near the proximity sensor,
connect a varistor, surge absorber, noise filter to a surge generating area.
• Effect of Consumption Current : When AC type of proximity sensor is OFF, the proximity
sensor has little consumption current for an operation of the circuit. Because of this fact,
the little voltage left in the load may be a cause of load reset defective, so please make
sure this voltage is less than the load reset voltage before using.
• In case of a load current is small : When a loaded current of AC type of proximity sensor is
less than 5 mA, wire a bleeder resistor with the load in parallel so that make the residual
voltage of the proximity sensor be less than the loaded reset voltage.
• Make the ripple content of the rated voltage which supplied into DC (NPN, PNP) type of
proximity sensor be less than the maximum ± 10 % of the ripple content.
• In case of using a condenser as a load, wire a current-limiting resistor in series so that set
the peak current shall be within the loaded current of the proximity sensor.
• In case of an inductive load (e.g., a motor, relay, magnet, etc), connect the load with surge
bsorbing diode in parallel.
• Pay attention at a position of attachment, divergence, slack and distortion of a sensing
surface or proximity sensor.
• In the place of possibly occurring metal particles, make sure whether a sensing distance is
properly working since it can be affected if metal particles stick to the sensing surface.
• Pay attention on using or storing the proximity sensor outdoors.
• Do not use the proximity sensor in an environment with chemical, solvent or corrosive.
• Please avoid as much as possible to put the proximity sensor in hot water or to use them
in a place where generates high pressure steam.
• The contents of this manual may be changed without prior notification.
• The maximum cable extension length shall be within 200 m.
Suffix code
Model Code
UP -
12
Sensing
18
area size
30
RM
Structure type
RD
Sensing distance ✽
N
P
Power supply
and output
T
U
A
Output type
C
Connection structure
type
Description
Inductive type proximity sensor
M12
M18
M30
Round type shield
Round type None shield
Sensing distance(㎜)
NPN type ※ Green body, (NO,NC)
PNP type ※ Purple body, (NO,NC)
D.C 2 wire type(Polarity), (NO : Green, NC : Purple)
D.C 2 wire type(No polarity), (NO : Green, NC : Purple)
Normal open (NO)
Normal close (NC)
✽ No indication (Cable type)
CR Relay connector type
C Connector type
HANYOUNGNUX CO.,LTD
1381-3, Juan-Dong, Nam-Gu Incheon, Korea.
HEAD OFFICE
TEL:(82-32)876-4697
FAX:(82-32)876-4696
http://www.hynux.net
PT. HANYOUNG ELECTRONIC INDONESIA
Jl. cempaka blok F16, No.02 Delta Silicon II
INDONESIA
Cikarang Bekasi Indonesia
FACTORY
TEL : 62-21-8911-8120~4
FAX : 62-21-8911-8126
Specification
▒ D.C NPN / PNP type
Model
Snesing distance
Setting distance
Response frequency
Standard
sensing object (㎜)
Hysteresis
Power supply voltage
Control output
Residual voltage
Current consumption
Operation indication
Protection circuit
Ambient temperature -25 ~ 70 ℃ (Less than ±15 ％ of sensing distance at temperature 20 ℃)
Ambient humidity
Degree of protection
Vibration resistance
Dielectric strength
Shock resistance
Insulation resistance
Material
▒ D.C 2wire type
Model
Snesing distance
Setting distance
Response frequency
Standard
sensing object (㎜)
Hysteresis
Power supply voltage
Control output
Residual voltage
Current consumption
Operation indication
Protection circuit
Ambient temperature -25 ~ 70 ℃ (Less than ±15 ％ of sensing distance at temperature 20 ℃)
Ambient humidity
Degree of protection
Vibration resistance
Dielectric strength
Shock resistance
Insulation resistance
Material
1
•8RD •12RD
•8RM •12RM
UP 12RM-4 UP 18RM-7
UP 12RD-8 UP 18RD-14
4 ㎜, 8 ㎜ 7 ㎜, 14 ㎜
0-3.2 ㎜, 0-6.4 ㎜ 0-5.6 ㎜, 0-11.2 ㎜
500, 500 ㎐ 300, 300 ㎐
Iron 12×12×1 Iron 20×20×1
Iron 25×25×1 Iron 40×40×1
Less than 15 % of sensing distance
12 V - 24 V d.c (5 - 35 V d.c)
Resistive load : 200 ㎃ max
1.5 V max
6 ㎃ max
Red LED
Power reversely connected protective circuit, surge protective circuit and
over current protective circuit are built in.
35 ~ 85 ％ R.H.
IP67 (IEC standard)
10 - 55 ㎐ (cycle 1 min, double amplitude : 1.5 ㎜ 2 hours for each of X, Y
and Z directions)
For 1 min at 1500 V a.c 50/60 ㎐ (between the recharging part and case)
500 ㎨ 3 times to each, X, Y and Z directions
50 ㏁ min (500 V d.c mega standard)
CASE : Brass (Chrome plating), Sensing surface : PBT
UP 12RM-4 UP 18RM-7
UP 12RD-8 UP 18RD-14
4 ㎜, 8 ㎜ 7 ㎜, 14 ㎜
0-3.2 ㎜, 0-6.4 ㎜ 0-5.6 ㎜, 0-11.2 ㎜
500, 500 ㎐ 300, 300 ㎐
Iron 12×12×1 Iron 20×20×1
Iron 25×25×1 Iron 40×40×1
Less than 15 % of sensing distance
12 V - 24 V d.c (10 - 30 V d.c)
Resistive load : 100 ㎃ max
T(Polarity) : max 3.5 V, U(No polarity) : 5 V max
1 ㎃ max
Red LED
surge protective circuit and over current protective circuit are built in.
35 ~ 85 ％ R.H.
IP67 (IEC standard)
10 - 55 ㎐ (cycle 1 min, double amplitude : 1.5 ㎜ 2 hours for each of X, Y
and Z directions
For 1 min at 1500 V a.c 50/60 ㎐ (between the recharging part and case)
500 ㎨ 3 times to each, X, Y and Z directions
50 ㏁ min (500 V d.c mega standard)
12R, 18R, 30R CASE : Brass (Chrome Plating), Sensing surface : PBT
MJ0604E140416
•18RD •30RD
•18RM •30RM
UP 30RM-15
UP 30RD-25
15 ㎜, 25 ㎜
0-12 ㎜, 0-20 ㎜
100, 100 ㎐
Iron 45×45×1
Iron 75×75×1
UP 30RM-15
UP 30RD-25
15 ㎜, 25 ㎜
0-12 ㎜, 0-20 ㎜
100, 100 ㎐
Iron 45×45×1
Iron 75×75×1