User manual HONEYWELL N10010

[. . . ] (dc / 50/60 Hz ac) floating (dc / 60 Hz ac) floating (50 Hz ac) Rotation stroke Dimensions Weight (without cables) Noise rating 5 Nm / 10 Nm 90 sec 90 sec 110 sec 95° ± 3° see "Dimensions" on page 8 450 g 35 dB(A) max. at 1 m FEATURES · · · · · Declutch for manual adjustment Adjustable mechanical end limits Removable access cover for direct wiring Mountable in any orientation Function selection switch for selecting modulating or floating/2-position control ® U. S. Registered Trademark Copyright © 2008 Honeywell Inc. · All rights reserved EN0B-0478GE51 R0408 N05010/N10010 DAMPER ACTUATORS FOR MODULATING AND FLOATING/2-POSITION CONTROL PRODUCT IDENTIFICATION SYSTEM N = non-spring return S = spring return Contents of Package The delivery package includes the actuator, parts 1 through 6 (see Fig. [. . . ] Shaft adapter behavior in the floating mode control signal at terminal 3 open open 24 Vac terminal 4 open 24 Vac/dc open 0[2]. . . 10 V ---Dir stops CCW CW switch settings Service / Off stops stops stops Rev stops CW CCW 10. . . 0[2] V ---- Table 2. Shaft adapter behavior in the 2-position mode control signal at terminal 3 24 Vac 24 Vac terminal 4 open 24 Vac/dc 0[2]. . . 10 V --Dir CW CCW switch settings Service / Off stops stops Rev CCW CW 10. . . 0[2] V --- Table 3. Shaft adapter behavior in the modulating mode control signal at terminal 3 open < min. control signal minus 0. 24 V terminal 4 open 24 Vac/dc open 24 Vac/dc open 24 Vac/dc open 24 Vac/dc 0[2]. . . 10 V totally CCW 50% totally CCW 50% proportional 50% totally CW 50% Dir --------switch settings Service / Off stop stop stop stop stop stop stop stop Rev --------10. . . 0[2] V totally CCW 50% totally CW 50% proportional 50% totally CCW 50% final position of shaft adapter (% of max. stroke) upper dead band (9. 76 to 10. 0 V) 50 current position of shaft adapter (% of max. stroke) 100 100 50 range of proportional actuator movement (0. 24 to 9. 76 V) lower dead band (0 to 0. 24 V) 0 0 0. 24 5. 0 9. 76 10. 0 0 0 5 10 control signal (V) feedback signal (V) Fig. Final shaft adapter position in dependence upon control signal (example function selection switch setting of 0. . . 10 V) Fig. Feedback signal in dependence upon current position of shaft adapter (example function selection switch setting of 0. . . 10 V) 3 EN0B-0478GE51 R0408 N05010/N10010 DAMPER ACTUATORS FOR MODULATING AND FLOATING/2-POSITION CONTROL Adaption Adaption is a function in which the actuator re-maps its feedback signal and control signal in accordance with repositioned mechanical end limits (see also Fig. 6) and thus recognizes their new positions. Feedback If correspondingly wired (see Fig. 13), the actuator provides, via terminal 5, a feedback signal proportional to the actual position of the shaft adapter. MANUAL ADJUSTMENT 100 (before) 100 (after) 95 IMPORTANT To prevent equipment damage, you must remove power or set the function selection switch to the "Service/Off" position before manual adjustment. After removing power or setting the function selection switch to the "Service/Off" position, the gear train can be disengaged using the declutch button, permitting the shaft adapter to be manually rotated to any position. If you have wired the actuator for feedback signal, then, after adaption, the feedback signal will follow the new position. new position of UPPER mechanical end limit er aft ap ad tio n 0 (before) be fo r 0 (after) ad new position of LOWER mechanical end limit final position of actuator (degrees) 0 final position of actuator (% of max. ) e ap t io n 0 control signal (volts) 10. 0 Limitation of Rotation Stroke Two adjustable mechanical end limits are provided to limit the angle of rotation as desired (see Fig. The mechanical end limits must be securely fastened in place. Fig. Adaption (function selection switch set to "0. . . 10 V") Adaption will be carried out whenever the actuator is in the modulating mode or the floating plus feedback mode or the 2position plus feedback mode and · the user powers up (from a totally powerless condition) the actuator; or · the user sets the function selection switch to the "Service/Off" setting for at least 2 sec and then back to its previous setting; or · the control signal's value rises up into the upper dead band (i. e. control signal minus 0. 24 V) or drops down into the lower dead band (i. e. control signal plus 0. 24 V), after which the shaft adapter must then remain at the respective (upper or lower) mechanical end limit for at least 3 sec. However, in this case, the actuator will then recognize the position of only the respective (upper or lower) mechanical end limit. Fig. Mechanical end limits To ensure tight closing of the dampers, the shaft adapter has a total rotation stroke of 95°. [. . . ] Mounting for IP54 NOTE: Further, in order to guarantee IP54, only original Honeywell grommets may be used. 2 removable access cover Fig. Internal end switches (Nxx-SW2) terminal S1 S2, S3 type of switch common lead for switches A and B change-over switch A (S1/S2 opens and S1/S3 closes when shaft adapter moves CW past 5°; reverts to original state when shaft adapter moves CCW past 5°). change-over switch B (S1/S5 opens and S1/S6 closes when shaft adapter moves CW past 85°; reverts to original state when shaft adapter moves CCW past 85°). terminal 1 2 3 4 24V~/+ GND/CW CCW POS out ! 0[2]. . . 10V 5 S5, S6 = feedback option Fig. N05010/N10010 (2-position mode) EN0B-0478GE51 R0408 6 N05010/N10010 DAMPER ACTUATORS FOR MODULATING AND FLOATING/2-POSITION CONTROL SPARE PARTS Order no. : A7211. 2073 Anti-Rotation Bracket Kit · · · · · 1 anti-rotation bracket + screws 2 universal terminal blocks 2 strain-relief clamps 2 grommets* 2 adjustable end stops Contains: · 10 anti-rotation brackets · 20 screws *In order to guarantee IP54, only original Honeywell grommets may be used. Spare Parts Kit Order no. : A7211. 2071 Contains: 7 EN0B-0478GE51 R0408 N05010/N10010 DAMPER ACTUATORS FOR MODULATING AND FLOATING/2-POSITION CONTROL DIMENSIONS 41 N05010 134 85 2. . . 10 V 0. . . 10 V Dir Service/Off Rev 10. . . 0 V 10. . . 2 V 62 66 Fig. [. . . ]