apollo SA4700-103APO XP95 Mains Switching Input / Output Unit (FXPMIO) Installation Guide
- June 10, 2024
- APOLLO
Table of Contents
apollo SA4700-103APO XP95 Mains Switching Input Output Unit (FXPMIO)
| Part No | Product Name |
|---|---|
| SA4700-103APO | Intelligent Mains Switching Input/ Output Unit |
Technical Information
All data is supplied subject to change without notice. SpeciÀ cations are typical at 24V, 25°C and 50% RH unless otherwise stated.
Supply Voltage 17-35V dc
Quiescent Current 700µA
Power-up Surge Current 1.1mA
Relay Output Contact Rating 5A at 30V dc or 250V ac
LED Current 1.6mA per LED
Maximum Loop Current (Icmax; L1 in/out) 1A
Operating Temperature –40°C to 70°C
Humidity 0% to 95% RH (no condensation or icing)
Approvals EN 54-17 & EN 54-18
For additional technical information please refer to the following documents
which are available on request.
PP2556 – Intelligent Mains Switching Input /Output Unit
DANGER!
ELECTRIC SHOCK!
This label indicates the risk of hazardous voltage and electric shock which
will cause death, serious injury, or substantial damage. Turn off power
supplying this device before working inside.
OPERATING
Drill holes where required.
Do not over tighten screws
Remove knockouts and Àt glands where required.
Do not over tighten screws
The 8th segment must be in set to ‘0’ for Discovery / XP95 operation
All CI tests must be carried before connecting the interface. For connectivity instruction see Figs 1, 2 & 3
Note the alignment marks
Addressing
Table 1
| XP95 / Discovery Systems| Core Protocol Systems
---|---|---
Segment| 1| Sets the address| Sets the address
2
3
4
5
6
7
8| Set to ‘0’ (Fault value is returned if set to ‘1’)
FS| Enables failsafe mode (compliant with BS7273-4 for door holders)|
Enables failsafe mode (compliant with BS7273-4 for door holders)
LED| Enables/Disables LED (except Isolator LED)| Enables/Disables LED
(except Isolator LED)
Note: On mixed systems addresses 127 and 128 are reserved. Refer to system’s panel manufacturer for further information.
Address Setting Examples
Connectivity Examples
Fig. 1 Standard resistive monitoring mode
When operated under XP95 or Discovery Protocols, EN54-13 type 2 devices can be connected. In case EN54-13 type 1 devices need to be connected they must be installed directly next to this module, with no transmission path according to EN 54-13.
Fig. 2 Normally open and normally closed contact monitoring mode
(compatible with Core Protocol only)
Caution
The Mains Switching Input/ Output Unit is not designed for outdoor use unless
it is mounted in a suitable weatherproof enclosure. It is designed to switch
voltages of up to 250V and should be installed with all due care by a qualiÀed
person. Isolate mains supply before starting work. This equipment is not
suitable for use in locations where children are likely to be present.
LED Status Indicator
| RLY | Continuous Red | Relay Active |
|---|---|---|
| Continuous Yellow | Fault | |
| POLL/ ISO | Flashing Green | Device Polled |
| --- | --- | --- |
| Continuous Yellow | Isolator Active | |
| IP | Continuous Red | Input Active |
| --- | --- | --- |
| Continuous Yellow | Input Fault |
Note:
Not all LEDs can be on simultaneously.
Commissioning
The installation must conform to BS5839–1 (or applicable local codes). This product is to be installed in an area accessible only to skilled persons and instructed persons with the proper authorisation.
Maintenance
Removal of the external cover must be carried out using a Á at screwdriver or similar tool.
Troubleshooting
Before investigating individual units for faults, it is important to check that the system wiring is fault free. Earth faults on data loops or interface zone wiring may cause communication errors. Many fault conditions are the result of simple wiring errors. Check all connections to the unit.
Problem Possible Cause
No response or missing Incorrect address setting Incorrect loop wiring
Fault condition reported Incorrect input wiring Incorrect end-of-line
resistor À tted
Relay fails to operate Incorrect wiring Control panel has incorrect cause
and effect programming
Analogue value unstable Dual address Loop data fault, data corruption
Constant Alarm Incorrect wiring Incorrect end-of-line resistor À tted
Incompatible control panel software
Isolator LED on Short-circuit on loop wiring Wiring reverse polarity Too
many devices between isolators
**Mode Table***
| Mode | Description |
|---|---|
| 1 | DIL Switch XP Mode |
| 2 | Alarm Delays |
| 3 | Output and N/O input (can be equivalent for Output only) |
| 4 | Output and N/C input |
| 5 | Output with Feedback (1st input N/C, 2nd input N/O) |
| 6 | Failsafe Output with Feedback (1st input N/C, 2nd input N/O) |
| 7 | Failsafe Output without Feedback |
| 8 | Momentary Input Activation Sets Output Relay |
| 9 | Input Activation Sets Output |
*CoreProtocol enabled systems only
CUSTOMER SUPPORT
© Apollo Fire Detectors Limited 2016
Apollo Fire Detectors Limited, 36 Brookside Road, Havant, Hampshire,
PO9 1JR, UK
Tel: +44 (0) 23 9249 2412 Fax: +44 (0) 23 9249 2754
Email: techsalesemails@apollo-
Àre.com Website: www.apollo-
Àre.co.uk
