Honeywell DC1040CR-302000-E General Purpose DIGITAL CONTROLLERS
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Product Details
| Customization: | Available |
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| Function: | Automatic Control, Protection, Monitoring, Measurement |
| Certification: | RoHS, CCC, ISO: 9001, CE |
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Basic Info.
- Model NO.
- DC1040CR-302000-E
- Condition
- New
- Manufacturer
- Honeywell
- Model Number
- DC1040CT-302000-E
- Size
- 96*96 mm
- Power
- 90~240 Vac
- Approval
- CE
- Input
- TC
- Control Output 1
- 4~20 mA
- Alarm
- 2 Alarm Relay
- Communication
- RS-485 (Modbus RTU)
- Transport Package
- Carton
- Trademark
- Honeywell
- Origin
- China
Product Description
The DC1000 Series are microprocessor-based controllers designed with a high degree of functionality and reliability at a competitive price. The controllers are available in different formats: 48x48 (1/16 DIN), 48x96 (1/8 DIN), 72x72 (3/16 DIN), 96x96 (1/4 DIN). This controller series is ideal for the control of temperature, humidity, pressure, flow etc.
in a variety of applications including:
•Plastic Processing
•Package Machinery
•Painting and coating
•Semiconductor packaging / Testing
•Dryers
Features
• Easy to Configure
Different configuration levels provide easy access to parameters.
• Various Control Algorithm
Several different algorithms are available as follows:
- PID or ON/OFF Control
- Heat/Cool Control with 2 PID sets
- Motor Position Control (without slidewire feedback)
• Auto-Tuning Capability
Advanced auto-tuning function calculates the optimized PID values for your specific control system.
Dual Display and Bar graph
Two large 4 digits display PV, SP and configuration parameters. One 10 LED bar-graph displays the control output (MV), and up to 8 LEDs display the status of the different outputs (Control, Alarm, …) and also provide indication of the Auto/Manual andprogrammer states.
Setpoint Programming
Two programs are available with a maximum of 8 segments. The 2 programs can be linked together and perform as a single 16 segment program.
Extended Alarm Capability
Up to three different alarm outputs are available per instrument and 17 kinds of event modes can be assigned to each of alarm output.
Communications
RS232 or RS485 (with ASC II & Modbus RTU Protocol) is optionally available with a maximum communication speed of 38400 bps.
IP65 Front Face Protection
IP65 rated front face permits use in applications where it may be subjected to moisture, dust conditions.
Remote Setpoint Capability
The setpoint can be defined from a remote PLC or other controller.
Manual & Automatic Modes
The control mode can be switched between Automatic and manual by clicking A/M key. (The A/M key is available with DC1020, DC1030 and DC1040)
Global Approvals - CE & cUL
All models are CE certified as a standard, and UL approved version for all models are available optionally.
Parameter Lock
A 4-digit security code prevents any unauthorized changes of parameters or configurations. Parameters can be hidden to user to prevent any mis-configuration of the unit.
Specifications
Specifications
| General | |||||||||||||
| Rated power supply voltage | 100 to 240V AC 50/60Hz, 8VA max. 15 to 50V DC, 10VA max. |
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| Insulation Resistance | Over 10MΩ under DC500V megger between input terminal and case(ground). Over 10MΩ under DC500V megger between output terminal and case(ground). |
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| Withstand voltage | 1000V AC 50/60Hz for 1min across input terminal and case(ground) 1500V AC 50/60Hz for 1min across output terminal and case(ground) |
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| Standard Conditions |
Ambient Temp. | 23 ± 2 .C | |||||||||||
| Ambient Humi. | 60 ± 5% RH | ||||||||||||
| Rated Power Supply | 110V AC | ||||||||||||
| Power Frequency | 50 ± 1Hz or 60 ± 1HZ | ||||||||||||
| Operating Conditions |
Ambient Temp. | 0 to 50.C | |||||||||||
| Ambient Humi. | 20 to 90%RH (non-condensing) | ||||||||||||
| Rated Power Supply | 100 to 240V AC 20 to 50V DC |
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| Allowable Power Supply |
85 to 264V AC 15 to 55VDC |
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| Power Frequency | 50 ± 2Hz or 60 ± 2Hz | ||||||||||||
| Vibration Resistance | 10m/s2 (approx. 1G), 10 to 55Hz for 10min each X, Y, Z directions | ||||||||||||
| Transportatio n and storage conditions |
Ambient Temp. | -20 to +65 .C | |||||||||||
| Ambient Humi. | 10 to +95% RH (non-condensing) | ||||||||||||
| Vibration Resistance | 20m/s2 (Approx. 2G), 10 to 55Hz for 2 hours each in X, Y, Z directions | ||||||||||||
| Exterior | Case and front panel : plastic | ||||||||||||
| Mounting | Panel-mount | ||||||||||||
| Model | DC1010 | DC1020 | DC1030 | DC1040 | |||||||||
Exterior Size : W X H X D |
50 X 50 X 97 (1.97X1.97X 3.82) |
50 X 96 X 97 (1.97X3.78X3.82) |
74 X 74 X 97 (2.91X2.91X3.82) |
96 X 96 X 97 (3.78X3.78X3.82) |
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Panel Cutout : W X H |
44.5 X 44.5 (1.75 X 1.75) |
44.5 X 90.5 (1.75 X 3.56) |
68.5 X 68.5 (2.97 X 2.97) |
90.5 X 90.5 (3.56 X 3.56) |
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| Global Approvals | CE, cUL | ||||||||||||
| Interval = 20.5mm (0.807 in) | |||||||||||||
| Model | DC1010 | DC1020 | DC1030 | DC1040 | |||||||||
| Input/Output | |||||||||||||
| Analog Output 1 |
Relay | SPST | SPDT | SPST | SPDT | ||||||||
| 3A, 220Vac, Resistive Load(100,000 time electrical life) | |||||||||||||
| Voltage Pulse | PWM(SSR drive), ON: 20 Vdc, OFF: 0 V (max. load current 20mA) Open Time Terminal Voltage: 20 Vdc or less Time Proportional Cycle Time: 0-150 sec |
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| Linear | DC Current (mA) DC Voltage (V) Accuracy Update Cycle |
: 0~20mA, 4~20mA (load resistance 500Ω) : 0~5V, 0~10V, 1~5V, 2~10V (max. load current 20mA) ± 5% of Span 500m sec |
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| Analog Output 2 (* Note 1) |
Relay | SPST | SPST | SPST | SPST | ||||||||
| 3A, 220Vac, Resistive Load(100,000 time electrical life) | |||||||||||||
| Voltage pulse | PWM(SSR drive), ON: 20 Vdc, OFF: 0 V (max. load current 20mA) Open Time Terminal Voltage: 20 Vdc or less Time Proportional Cycle Time: 0-150 sec |
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| Linear | DC Current (mA) DC Voltage (V) Accuracy Update Cycle |
: 0~20mA, 4~20mA (load resistance 500Ω) : 0~5V, 0~10V, 1~5V, 2~10V (max. load current 20mA) ± 5% of Span 500m sec |
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| Output Direction (OUD) | HEAT(Direct)/COOL(Reverse) (Selectable) | ||||||||||||
| Control Mode | Auto/Manual operation is switchable. *Manual output : Bumpless in normal mode OUTL in abnormal mode |
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| Transmission Output |
Object | SP, PV | |||||||||||
| No. of point | 1 point | ||||||||||||
| Type | 4-20mA, 0~20mA, 0~5V, 0~10V, 1~5V, 2~10V | ||||||||||||
| Accuracy | +/- 0.2% of span | ||||||||||||
| Update Cycle | 500 ms | ||||||||||||
| Digital Output | Relay | AL1 | SPST | SPDT | SPST | SPDT | |||||||
| AL2 | SPST | SPDT | SPST | SPDT | |||||||||
| AL3 | - | SPST | SPST | SPST | |||||||||
| 3A, 220Vac, Resistive Load(100,000 time electrical life) | |||||||||||||
| * For Heat/Cool Control Output only. | |||||||||||||
| PID Control & Auto-Tuning | |||||||||||||
| Proportional Band (P1,P2) | Proportional Band: 0.0 ~ 200.0% | ||||||||||||
| Integral time (I1, I2) | Integral time : 0 ~ 3600 sec | ||||||||||||
| Derivative time (D1, D2) | 0 ~ 900 sec | ||||||||||||
| Auto-Tuning Value | 0 ~ USPL | ||||||||||||
| HYS1, HYS2 | 0 ~ 1000 (for ON/OFF control) | ||||||||||||
| Dead Band (DB1) | Not defined. | ||||||||||||
| GAP1, GAP2 | 0 ~ 1000(for HEAT/COOL control) | ||||||||||||
| Cycle Time | 0 ~ 150 sec | ||||||||||||
| Communication | |||||||||||||
| Speed | 1200, 2400, 4800, 9600, 19200, 38400 bps | ||||||||||||
| Protocol | ModBus RTU, ModBus ASCII | ||||||||||||
| Parity check | Odd / Even | ||||||||||||
| Bit length | 8 | ||||||||||||
| Communication | RS232C, RS485 | ||||||||||||
| Events(ALARMS) | |||||||||||||
| PV Event | Code | 01 / 11 | Deviation-High alarm (inhibit / no-inhibit) | ||||||||||
| 02 / 12 | Deviation-Low alarm (inhibit / no-inhibit) | ||||||||||||
| 03 / 13 | Deviation High/Low Limit alarm (inhibit / no-inhibit) | ||||||||||||
| 04 / 14 | Deviation High/Low Limit range alarm (inhibit / no-inhibit) | ||||||||||||
| 05 / 15 | Absolute High alarm by PV (inhibit / no-inhibit) | ||||||||||||
| 06 / 16 | Absolute Low alarm by PV (inhibit / no-inhibit) | ||||||||||||
| SET VALUE | -1999~ USPL (Absolute value, Deviation value) | ||||||||||||
| Activation Hysterisis | 0 ~ 1000 | ||||||||||||
| On Delay Time | 0 : Flicker 99M 59S : Continuance 00M 01S to 99M 58S : Time Delay |
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| Program | Code | 07 | Segment End alarm(in progress of program) | ||||||||||
| 17 | Program RUN | ||||||||||||
| System | Code | 08 | System Error ON | ||||||||||
| 18 | System Error OFF | ||||||||||||
| TIME | Code | 19 | Delaying timer (00Hours 00Min ~ 99Hour 59Min) | ||||||||||
| HBA | Code | 09 | Heater Break Alarm | ||||||||||
| Program (Optional) | |||||||||||||
| Program section | No. of programs | 2 (Program 1 & Program 2) | |||||||||||
| No. of segments | 8 segments/1 program | ||||||||||||
| Segment time | Segment time: Setting by set points(SP) and time (Max. 99hours 59minutes) |
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| Control output | 0~100% When OUT=0%, Program End. |
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| WAIT function | Rear Wait Time may exceed set time of the particular segment. In this case, remaining time is set as 0 and pending; if the temperature that was measured does not reach target value ± WAIT set point. It proceeds to the next segment after it is confirmed that temperature reach the range of set point (target value ± WAIT) |
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| Setup range: ± 0 ~ 1000 by decimal point. | |||||||||||||
| Repeat | Repeat / Non-repeat | ||||||||||||
| Program link | When Program number is 0, Link program 1 and 2. | ||||||||||||
| Program start | (1) Start from SP=0 (2) Start from PV |
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| Power Failure | Hot Start / Cold Start | ||||||||||||
| TIME UNIT | Hour. Minute / Minute. Second | ||||||||||||
| Ramp & Soak | |||||||||||||
| Slope(Ramp) | Temperature : 0.0 to 99.99 / min | ||||||||||||
| SOAK TIMER | Max. 99 hours 59 min | ||||||||||||
| POWER FAILURE | It starts from PV. | ||||||||||||
| Analog Input Range (Thermocouple) | |||||||||||||
| Input Type | Code | Temperature Range | Indication Accuracy |
Remarks | |||||||||
| ºC | ºF | ||||||||||||
| TC (Note1) |
K | K1 | 0.0~200.0 | 0.0~392.0 | +/-0.2%FS | ||||||||
| K2 | 0.0 ~ 400.0 | 0.0~752.0 | |||||||||||
| K3 | 0 ~ 600 | 0~1112 | |||||||||||
| K4 | 0 ~ 800 | 0~1472 | |||||||||||
| K5 | 0 ~ 1000 | 0~1832 | |||||||||||
| K6 | 0 ~ 1200 | 0 ~ 2192 | |||||||||||
| J | J1 | 0.0~200.0 | 0.0~392.0 | +/-0.2%FS | |||||||||
| J2 | 0.0 ~ 400.0 | 0.0~752.0 | |||||||||||
| J3 | 0 ~ 600 | 0~1112 | |||||||||||
| J4 | 0 ~ 800 | 0~1472 | |||||||||||
| J5 | 0 ~ 1000 | 0~1832 | |||||||||||
| J6 | 0 ~ 1200 | 0 ~ 2192 | |||||||||||
| R | R1 | 0~1600 | 0~2912 | +/-0.2%FS | +/-2 ºC under 100 ºC +/-3.6 ºF under 212 ºF |
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| R2 | 0~1769 | 0~3216 | |||||||||||
| S | S1 | 0~1600 | 0~2912 | +/-0.2%FS | |||||||||
| S2 | 0~1769 | 0~3216 | |||||||||||
| B1 | 0~1820 | 0~3308 | +/-0.2%FS | No guarantee at 0 ~ 400ºC | |||||||||
| E | E1 | 0~800 | 0~1472 | +/-0.2%FS | |||||||||
| E2 | 0~900 | 0~1652 | |||||||||||
| N | N1 | 0~1200 | 0~2192 | +/-0.2%FS | |||||||||
| N2 | 0~1300 | 0~2372 | |||||||||||
| T | T1 | -199.9~400.0 | -199.9~752.0 | +/-0.2%FS | +/-1 ºC under -100 ºC +/-1.8 ºF under -148 ºF |
||||||||
| T2 | -199.9~200.0 | -199.9~392.0 | |||||||||||
| T3 | 0.0~350.0 | 0.0~662.0 | +/-0.2%FS | ||||||||||
| W5Re/ W26Re |
0~2300 | 0~3632 | +/-0.2%FS | ||||||||||
| 0~2320 | 0~4208 | ||||||||||||
| PLII | PL1 | 0~1300 | 0~2372 | +/-0.2%FS | |||||||||
| PL2 | 0~1390 | 0~2534 | |||||||||||
| U | U1 | -199.9~600.0 | -199.9~999.9 | +/-0.2%FS | +/-1 ºC under -100 ºC +/-1.8 ºF under -148 ºF |
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| U2 | -199.9~200.0 | -199.9~392.0 | |||||||||||
| U3 | 0.0~400.0 | 0.0~752.0 | +/-0.2%FS | ||||||||||
| L | L1 | 0~400 | 0~752 | +/-0.2%FS | |||||||||
| L2 | 0~800 | 0~1472 | |||||||||||
| Analog Input Range (RTD) | |||||||||||||
| Input Type | Code | Input Type | Indication Accuracy |
Remarks | |||||||||
| ºC | ºF | ||||||||||||
| RTD | JPt100 | JP1 | -199.9~600.0 | -199.9~999.9 | +/-0.2%FS | +/-0.5 ºC under -100 ºC +/-0.9 ºF under -148 ºF |
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| JP2 | -199.9~400.0 | -199.9~752.0 | |||||||||||
| JP3 | -199.9~200.0 | -199.9~392.0 | |||||||||||
| JP4 | 0~200 | 0~392 | |||||||||||
| JP5 | 0~400 | 0~752 | |||||||||||
| JP6 | 0~600 | 0~1112 | |||||||||||
| DIN Pt100 |
DP1 | -199.9~600.0 | -199.9~999.9 | +/-0.2%FS | +/-0.5 ºC under -100 ºC +/-0.9 ºF under -148 ºF |
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| DP2 | -199.9~400.0 | -199.9~752.0 | |||||||||||
| DP3 | -199.9~200.0 | -199.9~392.0 | |||||||||||
| DP4 | 0~200 | 0~392 | |||||||||||
| DP5 | 0~400 | 0~752 | |||||||||||
| DP6 | 0~600 | 0~1112 | |||||||||||
| JPt50 | JP.1 | -199.9~600.0 | -199.9~999.9 | +/-0.2%FS | +/-0.5 ºC under -100 ºC +/-0.9 ºF under -148 ºF |
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| JP.2 | -199.9~400.0 | -199.9~752.0 | |||||||||||
| JP.3 | -199.9~200.0 | -199.9~392.0 | |||||||||||
| JP.4 | 0~200 | 0~392 | |||||||||||
| JP.5 | 0~400 | 0~752 | |||||||||||
| JP.6 | 0~600 | 0~1112 | |||||||||||
| Analog Input Range (Linear) | |||||||||||||
| Input Type | Code | Source | Range | Indication Accuracy |
Remarks | ||||||||
| Linear | AN1 | -10~10mV | -1999~9999 | +/-0.1% of span | |||||||||
| AN2 | 0~10mV | ||||||||||||
| AN3 | 0~20mV | ||||||||||||
| AN4 | 0~50mV | 0-20mA, 0-1V, 0-5V, 0-10V | |||||||||||
| AN5 | 10~50mV | 4-20mA, 1-5V, 2-10V | |||||||||||
https://bnsens.en.made-in-china.com/
BNSENS (Nanjing) Sensor Technology Co., Ltd. is located in Nanjing, China. It is a high-tech enterprise specializing in the development, manufacturing and trade of sensor products. The company has brought together a group of outstanding technical experts in various fields such as automation, electronics, machinery and computers. All employees of the company have college degrees or above. It adopts the world-class management and operation model and 6 sigma quality system. At present, the company's main products are pressure, liquid level, flow, current, switches, etc. The company's users are all over the country, and some products have been exported to Japan, South Korea and Southeast Asia.
Since its inception, the company has been based on the technical accumulation and management standards of American sensor giants. It is composed of senior engineers and managers who have served in multinational companies for many years, and has rapidly developed various pressure sensors, transmitters, liquid level, flow meters, pressure switches, digital meters, current sensors, proximity switches and other products. After years of unremitting efforts, it has become one of the leading suppliers in the domestic automation industry. Our pressure transmitters can achieve an accuracy of more than 3/10, 000. The products have been widely used in oil, natural gas, electricity, chemical industry, metallurgy, building materials, food, light industry, environmental protection, aerospace, tap water, municipal and other industries.
It is a sensor science and technology innovation company that masters the core technology of MEMS chips. The company has a research and development center in Minnesota, USA. The leader is Dr. Pan Hanjin, a famous scientist in the sensor industry. Dr. Pan Hanjin has been deeply involved in the sensor industry for more than 20 years and is an expert in the sensor industry.
The company has a number of ASIC chips independently developed, which are widely used in industrial, automotive, home appliance and other markets.
BNSENS (Nanjing) Sensing Technology Co., Ltd. is a strategic partner of Honeywell in China. The two parties proposed a plan of East serving East and jointly developed several sensors specifically for the Chinese market. These sensors will be widely used in intelligent manufacturing, Internet of Things, artificial intelligence, and smart home fields. These sensors include: Magnetic sensors, temperature sensors, humidity sensors, force sensors, fire water pressure sensors, equipment vibration sensors, human body status monitoring sensors, motion sensors, etc.
History of BNSENS Company:
BNSENS is a company focusing on sensors, instruments, and electronic components. We are a young company, founded in 1999, just 25 years old, and we are still growing.
1999: The company's first pressure sensor was launched, mainly for the petroleum and petrochemical industries.
2002: The company expanded its product line and launched temperature sensors
2005: Started producing high-precision pressure sensors for the test and measurement market
2006: Became an official authorized agent of Honeywell
2009: Introduced the Six Sigma management system, and the product qualification rate was greatly improved
2010: Became a supplier of Emerson
2011: We started selling SICK sensors
2014: Introduced the sensor production line from Germany, developed more industrial control sensors, and cooperated with TSMC
2015: Cooperated with Siemens in Vietnam
2017: The factory moved to Nanjing High-tech Zone
2019: Became a national high-tech enterprise in China
2023: We started selling products from Infineon and Rohm
BNSENS, The Future Starts Here.
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