DC DC DC DC1040

Transcription

1 VEVIEW he DC1000 family of microprocessor based controllers combine a high degree of functionality and reliability at a very low price. Available in 4 different formats : 1/16 DIN, 1/8 DIN, 3/16 DIN, 1/4 DIN. hese controllers are ideal for regulating temperature in a variety of applications, including : Various Control algorithms he DC1000 series of controllers provide several different algorithms: ID or N/FF control. Heat/Cool algorithms with 2 different ID sets. Motor position control without slidewire feedback. Single phase control, with or without zero crossover control. hree phase control, with or without zero crossover control. DC DC DC DC1040 General urpose DIGIA CNES Setpoint rogramming wo programs are available, with a maximum of 8 segments. he 2 programs can be linked together to form a single 16 segment program. Extended Alarm capability hree different alarm outputs are available per instrument, 17 alarm modes are configurable. Autotuning capability. DUC SECIFICAIN SHEE Dryers. Semiconductor packaging / DC1010 (1/16 DIN) DC1020 (1/8 DIN) testing. lastic processing. ackaging machinery. ainting and coating. Climatic chambers. he DC1000 family provides basic control requirements, plus advanced features such as motor position control, phase angle power control and Setpoint programming. FEAUES DC1030 (3/16 DIN) DC1040 (1/4 DIN) Easy to configure Dual display and Bargraph Communications wo different configuration levels wo large 4 digits displays and one 10 S232 or S485 ASCII protocol provide easy access to parameters. ED bargraph display V, S and is optionally available. Up to 30 A 4-digit security code prevents configuration parameters. Up to 8 EDs DC1000 s can be unauthorized changes. arameters display the status of the different utputs connected to a single host can also be hidden to the user to (Control, Alarm, ) and also provides computer. he host computer prevent mis-configuration of the unit. indication of the Auto/Manual and can change the S, monitor the rogrammer states. V, the output or change the configuration of the unit. emote Setpoint capability. Manual / Automatic modes. Universal ower supply perates on any voltage from 85Vac to 265Vac at 50/60Hz. arge operating range hese instruments can operate from 20 C to +65 C (-4 F~149 F)

2 SECIFICAINS echnical data hermocouples : K, J,, S, B, E, N,, W, II, U, V Input Indication Control Mode utput Alarm etransmission output ype of Input Input Sampling ime Input esolution V/S Indication Constant Value Storage System Indication Accuracy roportional Band ( ) Integral ime ( I ) Derivative ime ( D ) Cycle ime Dead Band ime elay utput Static relay driver output Current & Voltage outputs Motor Control utput D : t100, Jt100, Jt50 inear : 4~20mA 500 ms 14 bit (each) 4-digit, 7 segment display Non-volatile memory (E 2 M) 0.5%FS 0~200% (n/ff action at =0) 0~3600 sec (D action at I=0) 0~900 sec (I action at D=0) 0~150 sec (4~20mA=0, SS=1, elay=10) 0~1000 sec (dead time compensation) Electromechanical relay SD contacts 3A/240Vac Voltage ulse, 20VDC/20mA 0~20mA, 4~20mA, 0~5V, 0~10V, 1~5V, 2~10V thers hase angle control : Number Modes imer utput Signal Servo motor valve control (open loop circuit) 1SS, 3 SS, 1 SC, 3 SC Up to 3 (optional) 17 alarm modes available, hability to ignore the alarm the first time it occurs : Deviation high or low alarms. Deviation alarms. Band alarm. High or low alarm. End of segment alarm. rogram run indication alarm. imer alarm. ne timer is associated with each alarm. S, V ype of utput 4~20mA, 0~20mA, 0~5V, 0~10V, 1~5V, 2~10V /03 2

3 2 nd Input ype of Input 4~20mA, 0~20mA, 0~5V, 0~10V, 1~5V, 2~10V (emote S) Sampling ime 500 ms. rograms Number 2 programs of 8 segments each. Communication perating conditions Approvals ype of Communication ated ower Supply Voltage & Frequency ower Consumption Ambient emperature Ambient Humidity S-232 or S-485. ASCII protocol. AC 85 ~ 265V, 50/60Hz 8VA (110V), 12VA (220V) -20 C ~ 65 C (-4 F ~ 149 F) 50 ~ 85% H (non condensing) U ending. CE Mark. C & D ypes & ranges C F K J 0.0~200.0 C 0.0~400.0 C 0.0~600.0 C 0.0~392.0 F 0.0~752.0 F 0.0~ F 0.0~800.0 C 0.0~1000 C 0.0~1200 C 0.0~ F 0.0~ F 0.0~ F 0.0~200.0 C 0.0~400.0 C 0.0~600.0 C 0.0~392.0 F 0.0~752.0 F 0.0~ F 0.0~800.0 C 0.0~1000 C 0.0~1200 C 0.0~ F 0.0~ F 0.0~ F 0.0~1769 C 0.0~1769 C 0.0~ F 0.0~ F S 0.0~1769 C 0.0~1769 C 0.0~ F 0.0~ F C B 0.0~1820 C 0.0~ F E 0.0~800 C 0.0~1000 C 0.0~ F 0.0~ F N 0.0~1200 C 0.0~1300 C 0.0~ F 0.0~ F ~400.0 C ~200.0 C 0.0~350.0 C ~752.0 F ~392.0 F 0.0~662.0 F W 0.0~2000 C 0.0~2320 C 0.0~ F 0.0~4208 F II 0.0~1300 C 0.0~1390 C 0.0~ F 0.0~ F U ~600.0 C ~200.0 C 0.0~400.0 C ~999.9 F ~392.0 F 0.0~752.0 F 0.0~400.0 C 0.0~800.0 C 0.0~752.0 F 0.0~ F t ~600.0 C ~400.0 C ~200.0 C ~999.9 F ~752.0 F ~392.0 F ~200.0 C 0.0~400.0 C 0.0~600.0 C 0.0~392.0 F 0.0~752.0 F 0.0~ F D Jt ~600.0 C ~400.0 C ~200.0 C ~999.9 F ~752.0 F ~392.0 F ~200.0 C 0.0~400.0 C 0.0~600.0 C 0.0~392.0 F 0.0~752.0 F 0.0~ F Jt ~600.0 C ~400.0 C ~200.0 C ~999.9 F ~752.0 F ~392.0 F ~200.0 C 0.0~400.0 C 0.0~600.0 C 0.0~392.0 F 0.0~752.0 F 0.0~ F /03 3

4 Control Algorithms ID or N/FF control. Heat/Cool algorithms with 2 different ID sets. hase angle control Single hase K1 K2 1 AD N hree hase K1 K2 G3 K3 In phase angle control, power is regulated by changing the point at which the SC is turned on within each 1/2 period. Single hase : utput is changed every half-cycle in response to output signals from the emperature. hree hase : he outputs are changed every 120 in response to signals from the emperature. Using this form of control, high-precision temperature control is possible. S 3 AD FF N Zero-crossover control Single hase N hree hase S 1 AD 3 AD he term Zero-Crossover means that the SC's are turned on only when the instantaneous value of the sinusoidal wave is zero. ower is then applied for a several continuous half-cycles and then removed for several half-cycles to achieve the desired load power. N FF Motor position control without slidewire Feedback. M VAVE CM CNE Motor position is achieved by using time proportional control without the need for slidewire feedback from the motor shaft. CSE EN S CSE EN CM U2 elay U1 elay Slidewires wear over a period of time, which can result in poor or intermittent control. his type of control reduces maintenance requirements and removes the need for the controller to be calibrated to the motor feed back potentiometer /03 4

5 EXENA DIMENSINS, ANE CUU DC mm in 50 mm in 44 mm in 50 mm in 60 mm in 45.5 mm in 45.5 mm in DC mm in 60 mm in in in in 45.5mm 1.79 in 91mm 3.58 in DC mm in 91 mm in in 72 mm in 91 mm in mm 2.74 in mm 2.74 in /03 5