Analogue Intelligent FX-2000 Systems
INTELLIGENT ADDRESSABLE MODULES
Mircom’s intelligent module products are designed stations, waterflow switches, conventional smoke to meet a wide range of applications. The monitor detectors and more. The modules are addressed and control modules can be used to supervise with easy-to-use rotary code switches and mount in and activate sounders, strobes, door closers, pull a standard 104mm x 104mm x 546/208mm junction box.
General Specifications :
- Operating Voltage : 15 - 32 VDC
- Communication Line Loop Impedance : 40 .max.
- Temperature Range : 0° to 49°C
- Relative Humidity : 10% to 93%: noncondensing
- Dimensions : MIX-M501M: H: 442mmH x W: 70.2mm x D: 13mm
- Shipping Weight : M501M: 37g , Others:196g
Intelligent Addressable Monitor Module
The Intelligent Addressable Monitor Module (MIXM500M) provides an address for a group of UL/ULC Listed normally open (N.O.) initiating devices, such as heat detectors, beam smoke detectors, 4-wire smoke detectors, waterflow switches, manual pull stations, etc. wired in a Class A (Style D) or Class B (Style B) initiating circuit. The MIX-M500M has an activated red LED.
MIX-M500M, MIX-M500S, MIX-M501M Specifications:
- Standby Current :
- 400 µA max @ 24 VDC (with 47k EOL),
- 550 µA max @ 24 VDC (with EOL<1k) &
- 5.5 mA (with LED latched on)
- End-of-Line Resistance : 47 k (included)
Intelligent Addressable Interface Module
The MIX-M502M provides the same features as the MIX-M500M but also allows for the use of multiple, conventional 2-wire smoke detectors in the circuit. This module requires a resettable signal power source. The MIX-M502M internally supervises the separate power source. The red LED indicates when the module is activated. All two-wire detectors that are monitored must be UL/ULC compatible with the MIX-M502M module.
Intelligent Addressable Dual Monitor Module
The Intelligent Addressable Dual Monitor Module (MIX-M500DM) provides two independent 2-wire initiating device circuits at two separate, consecutive addresses. It is capable of monitoring two separate Class B (Style B) circuits simultaneously, making it ideal for water flow and tamper switch monitoring. The MIX-500DM has a single activated red LED that is common to either circuit.
Intelligent Addressable Mini-Monitor Module
The Intelligent Addressable Mini Monitor Module provides an address for a group of UL/ULC Listed Normally Open (N.O.) initiating devices, such as heat detectors, projected beam smoke detectors, 4-wire smoke detectors, waterflow switches, manual pull stations, etc. wired in a Class B (Style B) initiating circuit.
- Standby Current : 300 µA max @ 24 VDC (with LED enabled)
- External Power Supply : 18-28 VDC (100 mV ripple max.)
- End-of-Line Resistance : 3.9 k (included)
- External Supply Standby Current : 11.5 mA @ 24 VDC (nominal)
- External Supply Alarm Current : 80 mA @ 24 VDC (nominal)
Intelligent Addressable Supervised Control Module
The MIX-M500S Control module provides supervised monitoring of wiring to signal devices that require an external power supply to operate, such as horns, strobes, bells or speaker isolators. Conventional signals will require a 24 VDC power source and speakers will require an audio input. The MIX-M500S does not supervise the power source. AUL/ULC EOL relay such as the A77-716B(A) is required. The red LED will illuminate when the module is activated. The module is capable of Class A (Style Z) or Class B (Style Y) supervision.
Intelligent Addressable Relay Module
The Intelligent Addressable Relay Module connects to the same loop as the initiating devices and provides two isolated sets of Form-C contacts. The module allows the FX-2000 ﬁre alarm control panel to switch these contacts on command. The MIXM500R has an activated red LED which follows the state of the relay contacts.
MIX-M500R Specifications:Standby Current : 300 µA @ 24 VDC (with LED enabled)
- LED Current :5.5 mA (with LED latched on)
- Relay Contact Ratings :
- 3.0 A @ 30 VDC resistive
- 0.9 A @ 110 VDC resistive
- 0.9 A @ 125 VAC resistive
- 0.5 A @ 125 VAC inductive (PF=.35)
- 0.7 A @ 75 VAC inductive (PF=.35)
Fault Isolator Module
The M500X Fault Isolator Module is used to protect the system against wire-to-wire short circuits on the analog loop. The modules should be spaced between groups of sensors or modules in a loop to protect the rest of the loop. In the event of a short circuit between any two fault isolator modules, both modules immediately switch to an open circuit condition and isolate any group of sensors between them. The remaining units on the circuit will continue to operate in a normal fashion (must be wired in Class ‘A’ or Style 6). A maximum load of 25 devices can be connected to an isolator to insure that the isolator powers up correctly.
- Standby Current :450 µA max
- Isolation Current :5 mA max
- Fault Detection Delay :250 ms min.
- Fault Detection Threshold :4 Volts
- Line Restoration Threshold :7 Volts
MULTIPLE INPUT AND OUTPUT MODULES
Operating Voltage : 15-32 VDC Max.
SLC Wiring Resistance : 40 Ohms
Temperature Range : 0º to 49º C
Relative Humidity : 10% to 85% noncondensing
Wire Gauge : 12-18 AWG
Dimensions : H: 176.8mm x W: 150.8mm x D: 32.5mm
The 500 Series multiple input and output modules are designed to meet arrange of applications in which numerous single module are used. This design allows for installation ease and time savings. The monitor and control modules can be used to supervise and activate sounders, strobes, door closers, pull stations, waterflow switches, conventional smoke detectors and more. The conventional zone interface module is ideal for retroﬁt applications to monitor zones of conventional two-wire detectors .Each module has its own address. Modules are addressed with easy-to-use rotary code switches. Provisions are included for disabling unused addresses. Up to two modules mount in a BB-2 enclosure with built-inchassisanduptosixmodulesmount inaBB-6enclosurewiththeCH-6chassis.Wiringterminals are easily accessible for trouble-shooting purposes.
Six Relay Control Module
The CR-6 Six Relay Control module consists of six Form-C relays. The first address is set from 01 to 94, while the remaining modules are automatically assigned to the next five higher addresses. Provisions are included for disabling a maximum of three unused addresses. A single isolated set of dry relay contacts is provided for each module address which is capable of being wired for either a normally open or normally closed operation. The module allows the control panel to switch these contacts on command. No supervision is provided for the controlled circuit.
- Removable 12-18 AWG plug-in terminal blocks
- Individual LED indicators
- Unused addresses may be disabled
- Rotary address switches
- Class A or B operation
- Mount up to 2 modules in BB-2 enclosure (optional)
- Mount up to six modules in BB-6 enclosure with CH-6 chassis (optional)
- Mounting hardware included
Standby Current : 1.45 mA maximum
Alarm Current : 32 mA maximum (for 6)
Max .IDC Wiring Resistance : 40 Ohms
Relay Current : 30 mA/Relay Pulse
Relay Contact Ratings : 30 VDC, 70.7 VAC
Six Supervised Control Module
The SC-6 Six Supervised Control module provides supervised monitoring of wiring to load devices that require an external power supply or amplifier to operate, such as horns, strobes, speakers or bells. Upon command from the control panel, the SC-6 will disconnect the supervision and connect the external power supply across the load device. The first module is addressed from 01 to 94, while the remaining modules are assigned to the next five higher addresses. Provisions are included for disabling a maximum of three unused modules. Each module has terminals for connection to an external supply circuit for powering devices on its notification appliance circuit. One or multiple power supplies or amplifiers may be used. There is a short circuit protection monitor for each module. This is provided to protect the external power supply against short circuit conditions on the NAC. When an alarm condition occurs, the relay which connects the external supply to the NAC will not be allowed to close if a short circuit condition currently exists on the NAC. In addition, an algorithm is incorporated to find a short when the module is active. The module will close all circuits that are not shorted to find the NAC with the problem.
Standby Current : 2.25 mA maximum
Alarm Current : 35 mA maximum (for 6)
Max. NAC Wiring Resistance : 40 Ohms
Power Rating Per Circuit : 63W @ 70.7VAC
Relay Contact Ratings : 30 VDC; 110 VAC
Six Zone Interface Module
The CZ-6 Six Zone Interface module provides an interface between the intelligent alarm system and a two-wire conventional detection zone. A common SLC input is used for all modules, and the initiating device circuits share a common external supply. Otherwise, each module operates independently from the others. The first module is addressed from 01 to 94 while the remaining modules are assigned to the next five higher addresses. Provisions are included for disabling a maximum of two unused modules. All two-wire detectors being monitored must be two-wire compatibility listed with the modules. The CZ-6 transmits the status of a zone of two-wire detectors to the ﬁre alarm control panel. Status conditions are reported as normal, open or alarm. The interface module supervises the zone of detectors and the connection of the external power supply.
Standby Current : 2 mA maximum
Alarm Current : 40 mA maximum (for 6)
DC Voltage : 18-28 volts
Power limited Ripple Voltage : 0.1 volts RMS
maximum Current : 90mA per module
Ten Input Monitor Module
The IM-10 Ten Input Monitor module provides an interface between a control panel and normally open contact devices such as pull stations, security contacts, or flow switches. The first address is set from 01 to 90 and the remaining modules are automatically assigned to the next nine higher higher addresses. Provisions are included for disabling a maximum of two unused addresses. The supervised state (normal, open or short) of the monitored device is sent back to the panel.
Standby Current : 3.5 mA maximum
Alarm Current : 60 mA maximum (assumes all ten LEDs solid on)
Max. IDC Wiring Resistance : 40 Ohms Maximum
IDC Voltage : 12 VDC Maximum IDC Current 1 mA
Ein-Azaitoon Co. - ASI