* Your assessment is very important for improving the workof artificial intelligence, which forms the content of this project
Download TC-6100 Cybertronic Temp Controller
Electronic engineering wikipedia , lookup
Ground loop (electricity) wikipedia , lookup
Immunity-aware programming wikipedia , lookup
Flexible electronics wikipedia , lookup
Buck converter wikipedia , lookup
Dynamic range compression wikipedia , lookup
Alternating current wikipedia , lookup
PID controller wikipedia , lookup
Thermal runaway wikipedia , lookup
Mains electricity wikipedia , lookup
Pulse-width modulation wikipedia , lookup
Power electronics wikipedia , lookup
Switched-mode power supply wikipedia , lookup
Control theory wikipedia , lookup
Rectiverter wikipedia , lookup
Wien bridge oscillator wikipedia , lookup
Lumped element model wikipedia , lookup
Resistive opto-isolator wikipedia , lookup
Electronic Control Manual Controllers Section Product Bulletin Issue Date 216 C TC-6100 0695 TC-6100 Cybertronic® Temperature Controller The TC-6100 Cybertronic Temperature Controller is a solid-state proportional temperature control device. It is used with M100G actuators in air or liquid-flow systems. It may also be used with the EP-8000 Electro-Pneumatic Transducer or any other device which operates on a 1 to 18 VDC control signal. The TC-6100 has both direct and reverse acting outputs with separate direct and reverse acting bandwidth settings. The controller consists of three basic circuits: a resistance bridge, a direct acting amplifier, and a reverse acting amplifier. A difference between the sensing element resistance and the set point resistance produces a proportional voltage which is amplified to provide a 1 to 18 VDC control output. The output is direct acting when the sensed temperature is above the set point and reverse acting when the sensed temperature is below the set point. A maximum of 20 M100G actuators can be controlled by each output signal. The TC-6100 is available with a dual resistance bridge. The dual bridge consists of a main bridge and an auxiliary bridge. This offers a number of control options, for example, mastersubmaster control. Bridge circuits, whether the dual bridge or the standard single bridge, can be used with local or remote sensing and local or remote set point adjustment. The TC-6100 has provisions for setup, and setback may be accomplished by using an AQ-6001 Remote Set Point Control. Setup and setback cannot be used at the same time. Remote potentiometers may be used to raise or lower the set point, depending on the season, during © 1995 Johnson Controls, Inc. Part No. 24-4120-6, Rev. C Code No. LIT-216090P unoccupied periods. An AQ-6001 may be used for remote manual set point adjustment; an AQ-4102 MotorDriven Reset Control may be used to remotely reset the set point of either a local or remote adjustment. Appropriate sensing elements may be chosen from any of the Cybertronic 1000-ohm nickel wire resistance elements. All electronic sensing and control provide rapid response to temperature change. Special circuitry gives protection against accidental short circuits across the signal output. A power supply is incorporated on the circuit board to provide power to the TC-6100 circuits and any external requirements (40 mA max). The integrated circuit voltage regulator will go into thermal limit to protect the TC-6100 Temperature Controller transformer in the event that the supply has its output shorted. Stick-on labels for corresponding Celsius scales are packaged with each unit. Specifications Product TC-6100 Cybertronic Temperature Controller Action Proportional Direct and Reverse Acting Outputs Supply Voltage 24 VAC ± 4 volts, 2.5 VA, 50/60 Hz Ranges See Table 1 Input Signal 1000 ohm Nickel Wire Cybertronic Temperature Sensors Output Signal < 1 to > 18 VDC Across Load Resistance of 2000 ohms or Greater, Proportional to Input Sensor Resistance Bandwidth Adjustable from 1°F (.55C°) to 30°F (17°C) Auxiliary Power 21 VDC + 1.5, - .5 volts at 40 mA Max Ratio Adjustment 1:1 to 25:1, or 10:1 to 250:1 Setup/Setback Setup Externally Adjustable 90°F (50°C), Setback Externally Adjustable 55°F (31°C); Setup/Setback Requires Two Isolated Contacts for Switching Readjustment Direct or Reverse Ambient Operating Environment 32 to 150°F (0 to 66°C), 10 to 90% RH, Non-Condensing Storage Temperature Limits -68 to 186°F (-56 to 86°C) The performance specifications are nominal and conform to acceptable industry standards. For application at conditions beyond these specifications, consult the local Johnson Controls office. Johnson Controls, Inc. shall not be liable for damages resulting from misapplication or misuse of its products. 1 The element connected to the main sensing circuit must always sense the smaller temperature variation. Both sensing circuits have the same initial sensitivity, but since the auxiliary circuit error signal is affected by the ratio adjustment, its sensitivity may equal but never exceed that of the main circuit. The effect of the wider temperature variation is reduced by the ratio adjustment to balance the main error. Operation The TC-6100 has both direct and reverse acting output signals. When the temperature at the main sensing element is equal to the set point of the main sensing circuit, both outputs are minimum (less than 1 VDC). If the temperature increases above the set point, only the direct acting output signal increases in proportion to the change. If the temperature decreases below the set point, only the reverse acting output signal increases in proportion to the change. All other connections on the TC-6100 are made to a numbered terminal strip. All wiring must be in accordance with applicable electrical code requirements. See bulletin TC-6100-A for further wiring information as well as checkout and adjustment instructions. Application and Drawing Identification TC- A .C . IN Installation A .C . OUT Yellow W hite The TC-6100 is furnished in its own enclosure that may be mounted on a DZ-6001 DIN rail or surface mounted with four #6 screws. When the controller is furnished with an auxiliary sensing circuit, either direct or reverse readjustment is possible. Both the main and auxiliary sensing circuits produce error signals proportional to the difference between their sensed temperatures and their setpoints. The Ratio Control adjusts the amount of auxiliary error signal which is combined with the main error signal to drive the output amplifiers. 1 2 3 4 5 6 7 8 9 1 0 1 1 12 13 14 Supply voltage connections are made to pins using a CZ-6002 cable, or the cable can be cut and 24 VAC can be wired there. The TC-6100 has a 7-in. (178 mm) cable with plug for passing along the AC power to another 6100 Series device. tc61 00_ c Table 1: Ranges Model TC-6100- 1 2 3 4 5 Main Set Point 30-150°F 140-240°F 55-85°F 55-85°F 30-150°F Auxiliary Set Point 30-150°F 30-150°F None None None Ratio 10:1 to 250:1 None None None 1:1 to 25:1 7 in. (178mm ) Cable W ith Plug For Passing Along AC Power Four 11/64 (44mm) Diameter M ounting Holes 2-3 /8 60 5-5/16 135 Fitting for 1-3/8 in. (35 mm) DIN Rail 5-3/16 132 2-3/8 60 Terminals 1-14 7/32 6 1-7/8 47 1-7/8 47 4-3/16 106 7/32 6 2-1/2 64 2-5/8 67 tc6100dm Dimensions in./mm 2 TC-6100 Product Bulletin 24 V AC Y ellow W hite T C -1 T C -6100 1 W h ite W h ite 2 3 4 5 6 7 8 9 1 0 1 1 1 2 13 1 4 N .C . TE -1 R oom Tem p Sensing E lem ent D A -1 1 2 3 4 T1 24 VAC Power S up ply T R M -1 AQ -60 01 -5 A djus ta b le N igh t S etba ck D C IN T2 9 X-1 M 10 0G 8 10 X Note: A S ep arate T ran sform e r is R eq uired F or D A -1. N o te: C ontacts M ust B e Su itab le F or S w itchin g L ow -Leve l "D ry " C ircuits. W h ite W hite 8 7 A Q -4 10 2 M oto r D riv en R ese t C o ntro l 6 5 4 T1 24 VAC 9 (-) 24 VD C D C IN TC -6100 TERM IN A L FU NC TION 1 (-) Co m m on for T erm inals 2 , 13 & 1 4 2 (+ ) 2 1 VD C Au xilia ry P ow e r 3 M a in S e nsor In p ut (C om mo n ) 4 M ain Sen so r Inpu t 5 Au xilia ry S e tup (C om m o n ) 6 Aux iliary Se tup 7 M ain S etu p 8 M a in S e tup (C o m m o n) 9 Au xiliary B ridge C e nter 10 Au xilia ry S e nso r 11 Au xilia ry S e nso r 12 M a in B ridge C e nte r 1 3 (+ ) D irect A ctin g O utp u t 1 4 (+ ) R ev erse A ctin g O u tput T2 3 2 1 D A -2 M 10 0 G 8 10 X tc6100 _ a TE -2 A verag ing Elem ent (+ ) D ecre ase Inc re as e 2- P o l e, 3-P o l e Sw i tc h S pring R eturn T o C e nter P osition Remote Reset Application Reverse Readjustment Setback or Setup of Space Temperature 24 VA C T C -1 T C -6100 1 2 3 4 5 6 7 8 9 1 0 11 1 2 1 3 14 W h ite W h ite W h ite W h ite T E-1 R oo m T em p S en sing E lem en t T1 24 VAC T E-2 O utside A ir T e m p S e nsing E le m e n t D A -1 M 1 00G D C IN T2 9 8 10 X tc6100 _b Direct Readjustment TC-6100 Product Bulletin 3 Notes Controls Group 507 E. Michigan Street P.O. Box 423 Milwaukee, WI 53202 4 TC-6100 Product Bulletin Printed in U.S.A.