(!) Since support from Microsoft will end on January 14th, 2020, Windows 7 will be excluded from the recommended environment from December 15th, 2019 on this site. Vì lý do Microsoft kết thúc hỗ trợ cho Windows 7 vào ngày 14/01/2020, Windows 7 sẽ là hệ điều hành không được khuyến khích sử dụng với trang web này từ ngày 15/12/2019.
Select part number to Order Now/ Add to Cart
[Features]
·PID autotuning
·Direct/reverse action internal selection
·Upper and lower limit alarm output
·Control loop disconnection alarm (LBA)
·Decimal point display and upper/lower limit setting limit
·transfer output
Part Number | Price | Minimum Order Qty. | Volume Discount | Days to ShipSố ngày giao hàng | Input Method | Output Type | Exterior Dimensions | Optional | Input Details |
---|---|---|---|---|---|---|---|---|---|
3,983,559 VND | 1 Piece(s) | 11 Day(s) | Current | SSR driving voltage | 48(W)×96(H)mm | - | 4~20㎃ d.c | ||
3,983,559 VND | 1 Piece(s) | 11 Day(s) | Thermoresistor | SSR driving voltage | 48(W)×96(H)mm | - | Thermoresistor (KPt 100 Ω) | ||
3,983,559 VND | 1 Piece(s) | 11 Day(s) | Voltage | SSR driving voltage | 48(W)×96(H)mm | - | 0 - 10 V d.c | ||
3,983,559 VND | 1 Piece(s) | 11 Day(s) | Thermocouple | SSR driving voltage | 48(W)×96(H)mm | - | J thermocouple | ||
3,983,559 VND | 1 Piece(s) | Available | 5 Day(s) | Thermocouple | SSR driving voltage | 48(W)×96(H)mm | - | K thermocouple | |
3,983,559 VND | 1 Piece(s) | 5 Day(s) | Thermoresistor | SSR driving voltage | 48(W)×96(H)mm | - | Thermoresistor (Pt 100 Ω) | ||
3,983,559 VND | 1 Piece(s) | 11 Day(s) | Thermocouple | SSR driving voltage | 48(W)×96(H)mm | - | R thermocouple | ||
3,983,559 VND | 1 Piece(s) | 11 Day(s) | Voltage | SSR driving voltage | 48(W)×96(H)mm | - | 1 - 5 V d.c | ||
3,983,279 VND | 1 Piece(s) | 11 Day(s) | Current | SSR driving voltage | 96(W)×48(H)mm | - | 4~20㎃ d.c | ||
3,983,279 VND | 1 Piece(s) | 11 Day(s) | Voltage | SSR driving voltage | 96(W)×48(H)mm | - | 0 - 10 V d.c | ||
3,983,279 VND | 1 Piece(s) | 11 Day(s) | Thermocouple | SSR driving voltage | 96(W)×48(H)mm | - | J thermocouple | ||
3,983,279 VND | 1 Piece(s) | 5 Day(s) | Thermocouple | SSR driving voltage | 96(W)×48(H)mm | - | K thermocouple | ||
3,983,279 VND | 1 Piece(s) | 11 Day(s) | Thermoresistor | SSR driving voltage | 96(W)×48(H)mm | - | Thermoresistor (Pt 100 Ω) | ||
3,983,279 VND | 1 Piece(s) | 11 Day(s) | Thermocouple | SSR driving voltage | 96(W)×48(H)mm | - | R thermocouple | ||
3,983,279 VND | 1 Piece(s) | 11 Day(s) | Voltage | SSR driving voltage | 96(W)×48(H)mm | - | 1 - 5 V d.c | ||
3,059,378 VND | 1 Piece(s) | Available | 11 Day(s) | Current | SSR driving voltage | 48(W)×48(H)mm | Alarm output 1 point | 4~20㎃ d.c | |
3,059,378 VND | 1 Piece(s) | 11 Day(s) | Thermoresistor | SSR driving voltage | 48(W)×48(H)mm | Alarm output 1 point | Thermoresistor (KPt 100 Ω) | ||
3,059,378 VND | 1 Piece(s) | 11 Day(s) | Voltage | SSR driving voltage | 48(W)×48(H)mm | Alarm output 1 point | 0 - 10 V d.c | ||
3,059,378 VND | 1 Piece(s) | 11 Day(s) | Thermocouple | SSR driving voltage | 48(W)×48(H)mm | Alarm output 1 point | J thermocouple | ||
3,059,378 VND | 1 Piece(s) | 5 Day(s) | Thermocouple | SSR driving voltage | 48(W)×48(H)mm | Alarm output 1 point | K thermocouple | ||
3,059,378 VND | 1 Piece(s) | 5 Day(s) | Thermoresistor | SSR driving voltage | 48(W)×48(H)mm | Alarm output 1 point | Thermoresistor (Pt 100 Ω) | ||
3,059,378 VND | 1 Piece(s) | 11 Day(s) | Thermocouple | SSR driving voltage | 48(W)×48(H)mm | Alarm output 1 point | R thermocouple | ||
3,059,378 VND | 1 Piece(s) | 11 Day(s) | Voltage | SSR driving voltage | 48(W)×48(H)mm | Alarm output 1 point | 1 - 5 V d.c | ||
3,983,837 VND | 1 Piece(s) | 11 Day(s) | Current | SSR driving voltage | 72(W)×72(H)mm | Alarm output 2 points | 4~20㎃ d.c | ||
3,983,837 VND | 1 Piece(s) | 11 Day(s) | Thermoresistor | SSR driving voltage | 72(W)×72(H)mm | Alarm output 2 points | Thermoresistor (KPt 100 Ω) | ||
3,983,837 VND | 1 Piece(s) | 11 Day(s) | Voltage | SSR driving voltage | 72(W)×72(H)mm | Alarm output 2 points | 0 - 10 V d.c | ||
3,983,837 VND | 1 Piece(s) | 11 Day(s) | Thermocouple | SSR driving voltage | 72(W)×72(H)mm | Alarm output 2 points | J thermocouple | ||
3,983,837 VND | 1 Piece(s) | 5 Day(s) | Thermocouple | SSR driving voltage | 72(W)×72(H)mm | Alarm output 2 points | K thermocouple | ||
3,983,837 VND | 1 Piece(s) | Available | 5 Day(s) | Thermoresistor | SSR driving voltage | 72(W)×72(H)mm | Alarm output 2 points | Thermoresistor (Pt 100 Ω) | |
3,983,837 VND | 1 Piece(s) | 11 Day(s) | Thermocouple | SSR driving voltage | 72(W)×72(H)mm | Alarm output 2 points | R thermocouple | ||
3,983,837 VND | 1 Piece(s) | 11 Day(s) | Voltage | SSR driving voltage | 72(W)×72(H)mm | Alarm output 2 points | 1 - 5 V d.c | ||
4,001,647 VND | 1 Piece(s) | 11 Day(s) | Current | SSR driving voltage | 96(W)×96(H)mm | Alarm output 2 points | 4~20㎃ d.c | ||
4,001,647 VND | 1 Piece(s) | 11 Day(s) | Thermoresistor | SSR driving voltage | 96(W)×96(H)mm | Alarm output 2 points | Thermoresistor (KPt 100 Ω) | ||
4,001,647 VND | 1 Piece(s) | 11 Day(s) | Voltage | SSR driving voltage | 96(W)×96(H)mm | Alarm output 2 points | 0 - 10 V d.c | ||
4,001,647 VND | 1 Piece(s) | 11 Day(s) | Thermocouple | SSR driving voltage | 96(W)×96(H)mm | Alarm output 2 points | J thermocouple | ||
4,001,647 VND | 1 Piece(s) | 5 Day(s) | Thermocouple | SSR driving voltage | 96(W)×96(H)mm | Alarm output 2 points | K thermocouple | ||
4,001,647 VND | 1 Piece(s) | 11 Day(s) | Thermoresistor | SSR driving voltage | 96(W)×96(H)mm | Alarm output 2 points | Thermoresistor (Pt 100 Ω) | ||
4,001,647 VND | 1 Piece(s) | Available | 11 Day(s) | Thermocouple | SSR driving voltage | 96(W)×96(H)mm | Alarm output 2 points | R thermocouple | |
4,001,647 VND | 1 Piece(s) | 11 Day(s) | Voltage | SSR driving voltage | 96(W)×96(H)mm | Alarm output 2 points | 1 - 5 V d.c |
Loading...Tải…
Control Method | PID control with auto tuning | Input Voltage | 100 V a.c.::240 V a.c. | Allowable Wiring Resistance | Thermoresistor 10 Ω or less. (resistance between 3 wires should be same). |
---|---|---|---|---|---|
Input Impedance | Thermocouple and DC voltage input (mV): 1 MΩ or more. DC voltage input (V): about 1 MΩ | Allowable Signal Source Resistance | Thermocouple 250 Ω or less, DC voltage 2 kΩ or less | Display precision | ±0.5 % of F.S |
Insulation resistance | 20 MΩ or more (500 V d.c). Input terminal-Power terminal, Power terminal-Protective earth terminal (enclosure) | Withstand Voltage | 2,300 V AC. 50/60 Hz for 1 minute (Input terminal-Power terminal, Power terminal-Protective earth terminal) | Voltage variation rate(%) | ± 10% of power supply voltage |
Power Consumption(VA) | 12 VA (100 - 240 V AC, 24 V AC), 4.5 W (24 V d.c) | Operating Ambient Temperature(℃) | 0~50 ℃ | Operating Ambient Humidity(%) | 35-85% R.H (no condensation) |
Storage Temperature(℃) | -25~65 ℃ | Vibration resistant | 10 - 55 Hz, 0.76 mm, X, Y, Z each direction 2 hours | Impact resistance(m/s²) | 300 m/s² 6 directions 3 times each |
Thermocouple input | K, J, R | Thermoresistor Input(Ω) | KPt 100Ω, Pt 100Ω | Reference contact error(℃) | ±3.5°C (between 0-50°C) |
Input Disconnection Detection | UP Scale | Input Calibration | ±100% of F.S. | Input Sampling Period(㎳) | 250㎳ |
Allowable Input Voltage(v) | ±20 V d.c for 1 min | Transmission Output Level | ±0.2 mA d.c (load resistance below 600 Ω, range of output 3.2-20.8 mA d.c) | Control Output ssr Output | Approx. 12 V d.c or more (load resistance 600 Ω or more) |
Control Output Current | 4-20 mA d.c (load resistance 600 Ω or less). Degree: ±0.2 mA | Control Output Current Output | 4-20 mA d.c (load resistance 600 Ω or less), degree: ±0.2 mA. | Temperature Alarm Relay | DX4 alarm output (ALM): high and low limit alarms, LBA common, 1 a X 1 point/alarm limit high (ALH): 1 C X 1 point (exceptionally, 1 a X 1 point for DX7)/alarm limit low (ALL) : 1 a X 1 point/250 V AC. 5 A (resistance load) |
DC Voltage Input | 1~5V d.c, 0~10V d.c, 4~20㎃ d.c | Scaling | -1,999 - 9,999 (within SL12-SL13, in case of voltage and current input) | Control Output Relay | Contact Capacity: 1 c, 250 V AC, 5 A (Resistive Load) |
How can we improve?
How can we improve?
While we are not able to respond directly to comments submitted in this form, the information will be reviewed for future improvement.
Customer Privacy Policy
Thank you for your cooperation.
While we are not able to respond directly to comments submitted in this form, the information will be reviewed for future improvement.
Please use the inquiry form.
Customer Privacy Policy