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Sabtu, 05 Mei 2012

Temperature Control NX Series

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     * NX series
  - Fuzzy/P.I.D auto tuning
  - Heating/Cooling control
  - Communication (RS485/422)
  - Ramp and Heater Break Alarm(HBA)
           
     
     

Specification
Model NX9 NX7 NX2 NX3 NX4 NX1
Appearance
96(W) x 96(H)
x 100(D)
72(W) x 72(H)
x 100(D)
48(W) x 96(H)
x 100(D)
96(W) x 48(H)
x 100(D)
48(W) x 48(H)
x 100(D)
48(W) x 24(H)
x 100(D)
W × H × D (mm) 96 × 96 × 100 72 × 72 × 100 48 × 96 × 100 96 × 48 × 100 48 × 48 × 100 48 × 24 × 100
Function
ㆍFuzzy ㆍAuto tuning ㆍExternal contact
---input
ㆍHeater Break Alarm
---(HBA1)
ㆍInput filtere : OFF,
---1 ~ 120 sec.
ㆍZone PID ㆍ2 Alarm outputs ㆍOutput limitation ㆍInterface
---(RS 485/422)
ㆍREtransmission
---output (PV, SV, MV)
ㆍGroup PID ㆍUniversal-input/
---output
ㆍHeating/Cooling
---control
ㆍProtection : IP 65
---(Front)
ㆍHeating/Cooling
---hysteresis
Input
Thermocouple : K, J, E, T, R, S, B, L, N, U, WRe 5 - 26, PL - Ⅱ
R.T.D : Pt 100 Ω, KPt 100 Ω
Direct voltage : 1 - 5 V, 0 - 10 V, -10 - 20 mV, 0 - 100 mV (Free scale type)
Sampling cycle 250 ms
Input display resolution Below decimal point of Input signal and Measuring range
Input impedance T.C and mV input : Min, 1 ㏁ d.c V : 1 ㏁
Source tolerable resistance Thermocouple : Max. 250 Ω, Voltage : Max. 2 ㏀
Lead wire tolerable resistance R.T.D : Max. 150 Ω / wire (notice : Identical conductor resistance between 3 wires)
Input tolerable voltage ± 10 V (T.C, R.T.D, Voltage : mV d.c), ± 20 V(Voltage : V d.c)
Noise removal rate NMRR (Nomal mode) : 40dB min. / CMRR (Common mode) : 120dB min.(50/60 Hz ±1 %)
Standard T.C, R.T.D : KS, IEC, DIN
Standard junction temp.
compensation tolerance
± 1.5 ˚C(15 ~ 35 ˚C), ± 2.0 ˚C(0 ~ 50 ˚C)
Burn-out T.C : OFF, Up/Down selectable     R.T.D : OFF, UP selectable (Detection current : 50 nA)
Accuracy ±0.5% (Full scale)
Power supply for sensor
12 V d.c ( Internal resistance : 600 Ω) Max. 50 mA
15 V d.c (Internal resistance : 600 Ω)

Suffix Code
Model Code Information
NX - Multi input/Output temperature controller
Dimension 2

48(W) × 96(H) mm
3

96(W) × 48(H) mm
7

72(W) × 72(H) mm
9

96(W) × 96(H) mm
Control type 0
Universal type (heating control)
1
Heating/Cooling control (synchronously)
NX9 Option 0 NONE
1 RS485, HBA
NX7 Option 0 NONE
1 RS485, HBA
2 SV2, SV3, HBA
NX2,3 Option 0 SV2, SV3
1 HBA
2 RS485
Model Code Information
NX1- Multi input/Output temperature controller. 48(W) × 24(H) mm
Control type 0 Universal type
1 Heation/Cooling control (synchronously)
Regular type option Type options Heating output
0 RET Relay
1 none S.S.R/S.C.R
2 RS485/RET Relay
3 RS485 S.S.R/S.C.R
4 ALM S.S.R/S.C.R
5 ALM/RS485 S.S.R/S.C.R
Heating / cooling type option 0 none Relay
1 none S.S.R/S.C.R
2 RS485 Relay
Cautious) Product NX1-1 is able to select the control output among 6, 9, 10 and 11 outputs
Model Code Informationo
NX4- Multi input / output temperature controller,
48(W) × 48(H) mm
Control type 0
Universal type(heating Control)
1
Heating / cooling control (synchronous control)
1
Heating / cooling control (only for NX4-20)
NX4 Option 0 NONE
1 HBA, AL2
2 SV2, SV3
3 RET, RS485
4 RS485, SSR / SCR
5 AL1, AL2
6 AL1, AL2, SV2
7 RS485, HBA
Cautious) Option 1: OUT1 (terminal 1-2-3) is applied as AL1 But, only with control output SSR/SCR selection

Option 3: OUT2 (terminal 11-12) is applied as RET

Option 4: OUT2 (terminal 11-12) is applied as SSR / SCR

Option 5: OUT1 (terminal 6-7) is impossible to apply as SV2

Option 6: OUT1 (terminal 6-7) is applied as SV2 but only with relay control output.




Temperature Control PX Series

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     * PX series

  - Fuzzy/P.I.D auto tuning
  - Programmable (1pat./10 segs.)
  - Heating/cooling control, Heater Break Alarm (HBA)
  - Selection among 3 kinds of selected value due to Digital Input


           
       
     






Specification
Model PX3 PX2 PX7 PX9
Appearance
W 횞 H 횞 D (mm) 96 횞 48 횞 100 48 횞 96 횞 100 72 횞 72 횞 100 96 횞 96 횞 100
Function
�냽Input filter: OFF,
---1 ~ 120 sec.
�냽External contact input �냽Heating/Cooling control �냽Fuzzy
�냽Auto tuning
�냽Retransmission output
---(PV, SV, MV)
�냽Ramp & Soak �냽Interface (RS 485 / 422) �냽Zone PID
�냽3 Alarm outputs
�냽Heating/Cooling
---hysteresis
�냽Output limitation �냽Protection : IP 65 (Front) �냽Group PID
�냽Universal-input/outputs
Input
Thermocouple : K, J, E, T, R, S, B, L, N, U, WRe 5-26, PL - �뀫
R.T.D : Pt 100 �꽗, KPt 100 �꽗
Direct voltage : 1 - 5 V, -10 ~ 20 mV, 0 ~ 100 mV (Free scale type)
Sampling cycle 250mS, ( Remote option : 500mS )
Input display resolution Below decimal point of input signal and Measuring range
Input impedance T.C and mV input : Min, 1 �뢾 d.c V : 1 �뢾
Source tolerable
resistance
Thermocouple : Max. 250 �꽗, Voltage : Max. 2 �?
Lead wire tolerable
resistance
R.T.D : Max. 10 �꽗 /wire (notice : Identical conductor resistance between 3 wires)
Input tolerable voltage ± 10 V (T.C, R.T.D, Voltage : mV d.c), ± 20 V (Voltage : V d.c)
Noise removal rate NMRR (Normal mode) : 40dB min. CMRR(Common mode) : 120 dB min.(50/60 �럯 ± 1 %)
Standard T/C, R.T.D : KS, IEC, DIN
Scaling According to setting max. value(SH), min. value (SL) of measuring range, scaling is available (-1999 ~ 9999)
Standard junction temp.
compensation tolerance
± 1.5 �숦(15 ~ 35 �숦), ± 2.0 �숦(0 ~ 50 �숦)
Burn-out T.C : OFF, Up/Down selectable R.T.D : OFF, UP selectable ( Detection current : 50 mA)
Accuracy ±0.1% (Full scale)
Power supply for sensor
24  V d.c (Internal resistance : 1.2 �?) Max. 50 mA
15 V d.c (Internal resistance : 600

Suffix Code
Model Code Information
PX - Multi input/output temperature controller
Dimension 2

48(W) 횞 96(H) mm
3

96(W) 횞 48(H) mm
7

72(W) 횞 72(H) mm
9

96(W) 횞 96(H) mm
Control Type 0
Universal type (possible to select either ther reverse operation direct operation)
1
Heating/cooling control (synchronous control output)
Option 0 NONE
1
PX7 : RS485/422M OUT2, REM(Remote input function)
PX9 : RS485/422, HBA 2 Contact, REM
2 RS485/422, OUT2, HBA 1 Contact
3 Contact input (D,I), OUT2, HBA 1 Contact
Cautions)  1) PX2 and PX3 cannot be applied with any option choices.
---------------2) PX9 can be applied with only option number 1.
---------------3) PX7 can be applied with all of the option choices.