PUL6438SR

Honeywell PUL6438SR User manual

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  • What is Honeywell PUL6438SR?
    What are the key features of PUL6438SR?
    How many digital relay outputs does PUL6438SR have?
    What is the difference between PUL6438SR and other Spyder controllers?
    What communication protocols does PUL6438SR support?
    How are the digital outputs of PUL6438SR wired?
    What are the factory-installed jumpers in PUL6438SR?
    Can the last relay in PUL6438SR be isolated?
    What is the purpose of the additional label included with PUL6438SR?
INSTALLATION INSTRUCTIONS
62-0443-03
Automation and Control Solutions
Honeywell International Inc.
1985 Douglas Drive North
Golden Valley, MN 55422
customer.honeywell.com
® U.S. Registered Trademark
© 2013 Honeywell International Inc.
62-0443—03 M.S. Rev. 05-13
Printed in United States
Spyder® Relay
Programmable Controllers
PRODUCT DESCRIPTION
The Spyder with relay controllers are part of the Spyder family.
These controllers are designed to control HVAC equipment.
These controllers provide many options and advanced system
features that allow state-of-the-art commercial building
control. Each controller is programmable and configurable
through software. These controllers are for use in unitary and
advanced HVAC applications. Each controller has flexible,
universal inputs for external sensors, digital inputs, analog and
digital relay outputs. The Spyder with relay controllers are
identical to the existing full sized Spyder controllers with the
exception of having 8 24VAC relay outputs as opposed to
24VAC triac outputs. The relay outputs are rated for 200,000
cycles, 1 Amp continuous current and 3.5 Amps inrush for 100
milliseconds (1/10th of a second).
Table 1. Spyder with Relays OS numbers
WIRING
The digital outputs of the Spyder with relay are designed
differently and therefore are wired differently than the other
Spyder products. The relay outputs are internally designed to
provide up to 3 isolated “banks” of contacts. The factory
installs removable jumpers between 24VAC and common of
relay banks A (three outputs) and B (four outputs). The last
relay remains isolated but could be jumped in the field if
desired. The diagram below represents the internal schematic
of the digital output circuitry. Fig. 1. Internal Digital Output Circuitry
In addition to this label, the factory includes another label for
the DO’s that matches the typical terminal designations for a
standard rooftop unit (e.g. instead of DO-XX the label has RH,
RC, W, Y, G and AUX). If desired, this can be placed over the
top of the existing label for more intuitive wiring.
Controller Model Comm. Protocol
Universal
Inputs (UI) Digital Inputs (DI)
Analog
Outputs (AO)
Digital Relay
Outputs (DO)
PUL6438SR LonWorks 6 4 3 8
PUL6438SR-ILC LonWorks 6 4 3 8
PUB6438SR BACnet 6 4 3 8
PUB6438SR-ILC BACnet 6 4 3 8
M34233
24VAC
24VAC COM
EGND
SHLD
24VAC OUT
COM A
COM B
COM C
DO-C1
DO-A1
DO-A2
DO-A3
DO-B1
DO-B2
DO-B3
DO-B4
1 2 3 4 9 10 11 12 13 14 15 16 17 18 19 20
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