Clock wiring 34DMI24 - Revision history

Daveallen: clock cat add

2020-03-05T20:57:59Z

clock cat add

← Older revision		Revision as of 20:57, 5 March 2020
Line 51:		Line 51:
	If the system can not adjust the clock to the exact minute, then the Odd and Even outputs are reversed. There are jumpers on the movement to correct this, but it may be easier to reverse the two output wires in the controller.		If the system can not adjust the clock to the exact minute, then the Odd and Even outputs are reversed. There are jumpers on the movement to correct this, but it may be easier to reverse the two output wires in the controller.

	[[Category:Electrical]][[Category:Installation]]		[[Category:Electrical]][[Category:Installation]][[Category:Clocks]]

Daveallen: re-order according to outputs

2019-11-21T15:35:10Z

re-order according to outputs

← Older revision		Revision as of 15:35, 21 November 2019
Line 26:		Line 26:
	The clock movement inputs are generally labeled as follows:		The clock movement inputs are generally labeled as follows:

			;COM
			:Common is the return current for L1 and L2 (A terminal on the hookup diagram)
	;L1		;L1
	:This is the 24VAC odd minute input (B output on the hookup diagram)		:This is the 24VAC odd minute input (B output on the hookup diagram)
	;L2		;L2
	:This is the 24VAC even minute input (C output on the hookup diagram)		:This is the 24VAC even minute input (C output on the hookup diagram)
	~~;COM~~
	~~:Common is the return current for L1 and L2 (A terminal on the hookup diagram)~~

	Connect the clock with suitable cable (typically 16 AWG Belden 5202UE) to the controller output terminals.		Connect the clock with suitable cable (typically 16 AWG Belden 5202UE) to the controller output terminals.

Daveallen: Clock movement - corrected output diagram labels

2019-11-21T15:34:28Z

Clock movement - corrected output diagram labels

← Older revision		Revision as of 15:34, 21 November 2019
Line 27:		Line 27:

	;L1		;L1
	:This is the 24VAC odd minute input (A output on the hookup diagram)		:This is the 24VAC odd minute input (B output on the hookup diagram)
	;L2		;L2
	:This is the 24VAC even minute input (B output on the hookup diagram)		:This is the 24VAC even minute input (C output on the hookup diagram)
	;COM		;COM
	:Common is the return current for L1 and L2 (C terminal on the hookup diagram)		:Common is the return current for L1 and L2 (A terminal on the hookup diagram)

	Connect the clock with suitable cable (typically 16 AWG Belden 5202UE) to the controller output terminals.		Connect the clock with suitable cable (typically 16 AWG Belden 5202UE) to the controller output terminals.

Daveallen: clock cable specification

2019-09-25T20:11:13Z

clock cable specification

← Older revision		Revision as of 20:11, 25 September 2019
Line 33:		Line 33:
	:Common is the return current for L1 and L2 (C terminal on the hookup diagram)		:Common is the return current for L1 and L2 (C terminal on the hookup diagram)

	Connect the clock with suitable cable (typically 16 AWG) to the controller output terminals.		Connect the clock with suitable cable (typically 16 AWG Belden 5202UE) to the controller output terminals.

	== Testing ==		== Testing ==

Daveallen at 19:30, 25 September 2019

2019-09-25T19:30:04Z

← Older revision		Revision as of 19:30, 25 September 2019
Line 5:		Line 5:
	This clock control panel provides 24VAC Minute Impulse signals to compatible clock movements.		This clock control panel provides 24VAC Minute Impulse signals to compatible clock movements.

	[[Media:2134D-MI-24V-Hookup-11055.pdf\|PDF Hookup ~~diagram~~]]		[[Media:2134D-MI-24V-Hookup-11055.pdf\|PDF Hookup sheet]]

	== Connections ==		== Connections ==
	[[File:34DMI24-illustration.png\|frameless\|right\|~~600px~~]]		[[File:34DMI24-illustration.png\|frameless\|right\|400px]]
	=== Power requirements ===		=== Power requirements ===
	;Input voltage		;Input voltage

Daveallen: illustration

2019-09-25T19:29:30Z

illustration

← Older revision		Revision as of 19:29, 25 September 2019
Line 8:		Line 8:

	== Connections ==		== Connections ==
			[[File:34DMI24-illustration.png\|frameless\|right\|600px]]
	=== Power requirements ===		=== Power requirements ===
	;Input voltage		;Input voltage

Daveallen: created

2019-09-25T19:19:56Z

created

New page

;Part numbers
:2034D-MI-24 - For 2206 bell control heads
:2134D-MI-24 - For carillons and musical bell controls

This clock control panel provides 24VAC Minute Impulse signals to compatible clock movements.

[[Media:2134D-MI-24V-Hookup-11055.pdf|PDF Hookup diagram]]

== Connections ==
=== Power requirements ===
;Input voltage
:120 VAC
Power may be supplied either with a power cord plugged into a 120VAC socket or via conduit from the breaker box.

=== Data connections ===

One or two RJ jacks for a CAT5 type data cable are on the circuit board at the left side of the control box.

A single jack is provided when tower bells are not used. The cable from this jack goes to the Tower Control output of the Chime Master controller/carillon.

Two jacks are installed when the controller is used with a bell control panel. The right hand jack goes to the controller/carillon and the left hand jack daisy chains the data to the tower bells panel.

=== Clock movement ===

The clock movement inputs are generally labeled as follows:

;L1
:This is the 24VAC odd minute input (A output on the hookup diagram)
;L2
:This is the 24VAC even minute input (B output on the hookup diagram)
;COM
:Common is the return current for L1 and L2 (C terminal on the hookup diagram)

Connect the clock with suitable cable (typically 16 AWG) to the controller output terminals.

== Testing ==

New installations will be installed with the clock hands pointing straight up. When upgrading an existing clock system you can set the carillon/controller to the position of the dial hands.

On the controller, navigate to the System Setup Menu: Set System Clock menu and press ENTER. If the time displayed is correct, press CANCEL.

The next screen should say: Tower Clock Dial Hands Indicate: 12:00.

Use the cursor buttons to adjust the time to match what the hands are pointing to, then press ENTER.

The hands will move fast to catch up to the current time

=== If the dial is one minute off ===

If the system can not adjust the clock to the exact minute, then the Odd and Even outputs are reversed. There are jumpers on the movement to correct this, but it may be easier to reverse the two output wires in the controller.

[[Category:Electrical]][[Category:Installation]]