The Honeywell Analytics Sensepoint XCD Combustible Gas Detector with remote monitoring capabilities for Infrared and Catalytic Bead sensors. Its remote capability is designed to deliver installation flexibility and is an ideal solution for any application where the transmitter requires separation from the sensor. Example applications: where the point of detection is in an area not easily accessible, where the sensor is not visible ie. in high or low level concealed areas, or outside of an enclosed process area that’s being monitored.
Sensepoint XCD has been designed for ease-of-use. Users can modify detector operation using the LCD and magnet switches without ever needing to open the unit. This enables one-man, non-intrusive operation and reduces routine maintenance time and costs. A tri-color backlit LCD clearly indicates the unit’s status at a glance, even from a distance in bright sun. A steady green backlight indicates normal operation, flashing yellow indicates fault, and flashing red indicates an alarm.
All detectors are supplied pre-configured and include two programmable alarm relays, one programmable fault relay as well as an industry standard 4-20mA output (sink or source selectable) and MODBUS communication. The scale, range, relay operation, alarm set point and electronic tag number of the detector can be adjusted using the transmitter’s LCD and non-intrusive magnetic switches. Outputs are automatically inhibited during adjustment, thereby reducing the risk of false alarm at the control panel during maintenance.
All-In-One Gas Monitoring Solution
• Flammable (catalytic or infrared), toxic and oxygen versions available
• Serves new/retrofit, indoor/outdoor applications
• Stainless steel or aluminum explosion-proof housing options
• IP66 as standard
Proven and Reliable Sensor Technology
• SurecellTM electrochemical sensors
• Poison immune infrared sensors
• Poison resistant catalytic bead sensors
• Long life sensors
Global Approvals
• US and Latin America, European, Canadian and Asian
• Compliant with UL, INMETRO, ATEX, IECEx, CSA, KTL, PA, GB and CCCF standards
Easy to Use
• User friendly and intuitive tri-color backlit display with digits, bar graph and icons
• Fully configurable via magnetic switches
• Optional remote sensor mounting
• Selectable sink or source 4-20mA output
• Auto-inhibit during maintenance
• MODBUS communications for remote diagnostics/configuration
Cost Effective
• Common transmitter platform
• Minimal training required
• Reduced spares
• Non-intrusive, one-man operation
• Plug-in sensor replacement
• MODBUS multi drop option offers cabling savings
Simple Installation
• Plug-in display module removes to give access to terminal area
• Integral mounting bracket
• 2 x M20 or ¾” NPT cable/conduit entries
• Removable plug/socket type terminal blocks for
• Sink/source switch to suit preferred wiring topology
• Integral mounting plate attaches to surface, horizontal or vertical piping
| Honeywell Analytics - Sensepoint XCD Explosion Proof Transmitters | |
|---|---|
| Order # | Description |
| SPXCDULNFX | UL/CSA/INMETRO approved SP XCD Flammable CAT 0-100%LEL (20 to 100%LEL, 10%LEL) with LM25, 3/4" NPT Entry |
| SPXCDULNRX | UL/CSA/INMETRO approved SP XCD Flammable CH4 (Methane) IR 0-100%LEL (20 to 100%LEL, 10%LEL) with LM25, 3/4" NPT Entry |
| SPXCDULNO1 | UL/CSA/INMETRO approved SP XCD Oxygen 25.0%/Vol with LM25, 3/4" NPT Entry |
| SPXCDULNHX | UL/CSA/INMETRO approved SP XCD Hydrogen Sulfide 0-50 ppm (10.0 to 100.0 ppm, 1 ppm) with LM25, 3/4" NPT Entry |
| SPXCDULNCX | UL/CSA/INMETRO approved SP XCD Carbon Monoxide 0-300 ppm (100 to 1000 ppm, 100 ppm) with LM25, 3/4" NPT Entry |
| SPXCDULNG1 | UL/CSA/INMETRO approved SP XCD Hydrogen 0-1000 ppm with LM25, 3/4" NPT Entry |
| SPXCDULNB1 | UL/INMETRO approved SP XCD Carbon Dioxide IR 0-2%Vol. with LM25, 3/4" NPT Entry |
| SPXCDUSNFX | UL/CSA/INMETRO approved SP XCD Flammable CAT 0-100%LEL (20 to 100%LEL, 10%LEL) with 316SS 3/4" NPT Entry |
| SPXCDUSNRX | UL/CSA/INMETRO approved SP XCD Flammable CH4 (Methane) IR 0-100%LEL (20 to 100%LEL, 10%LEL) with 316SS, 3/4" NPT Entry |
| SPXCDUSNO1 | UL/CSA/INMETRO approved SP XCD Oxygen 25.0%/Vol with 316SS, 3/4" NPT Entry |
| SPXCDUSNHX | UL/CSA/INMETRO approved SP XCD Hydrogen Sulfide 0-50 ppm (10.0 to 100.0 ppm, 1 ppm) with 316SS, 3/4" NPT Entry |
| SPXCDUSNCX | UL/CSA/INMETRO approved SP XCD Carbon Monoxide 0-300ppm (100 to 1000 ppm, 100 ppm) with 316SS, 3/4" NPT Entry |
| SPXCDUSNG1 | UL/CSA/INMETRO approved SP XCD Hydrogen 0-1000 ppm with 316SS, 3/4" NPT Entry |
| SPXCDUSNB1 | UL/INMETRO approved SP XCD Carbon Dioxide IR 0-2%Vol. with 316SS, 3/4" NPT Entry |
| SPXCDALMFX | ATEX/IECEx/KTL/PA and GB approved SP XCD Flammable CAT 0-100%LEL (20 to 100%LEL, 10%LEL) with LM25, M20 Entry |
| SPXCDALMRX | ATEX/IECEx/KTL/PA and GB approved SP XCD CH4 (Methane) IR 0-100%LEL (20 to 100.0%LEL, 10%LEL) with LM25, M20 Entry |
| SPXCDALMO1 | ATEX/IECEx/KTL/PA and GB approved SP XCD Oxygen 25.0%/Vol with LM25, M20 Entry |
| SPXCDALMHX | ATEX/IECEx/KTL/PA and GB approved SP XCD Hydrogen Sulfide 0-50 ppm (10.0 to 100.0 ppm) with LM25, M20 Entry |
| SPXCDALMCX | ATEX/IECEx/KTL/PA and GB approved SP XCD Carbon Monoxide 0-300 ppm (100 to 1000 ppm) with LM25, M20 Entry |
| SPXCDALMG1 | ATEX/IECEx/KTL/PA and GB approved SP XCD Hydrogen 0-1000 ppm with LM25, M20 Entry |
| SPXCDALMB1 | ATEX/IECEx/KTL/PA and GB approved SP XCD Carbon Dioxide IR 0-2%Vol. with LM25, M20 Entry |
| SPXCDASMFX | ATEX/IECEx/KTL/PA and GB approved SP XCD Flammable CAT 0-100%LEL (20 to 100%LEL, 10%LEL) with 316SS, M20 Entry |
| SPXCDASMRX | ATEX/IECEx/KTL/PA and GB approved SP XCD CH4 (Methane) IR 0-100%LEL (20 to 100%LEL, 10%LEL) with 316SS, M20 Entry |
| SPXCDASMO1 | ATEX/IECEx/KTL/PA and GB approved SP XCD Oxygen 25.0%/Vol with 316SS, M20 Entry |
| SPXCDASMHX | ATEX/IECEx/KTL/PA and GB approved SP XCD Hydrogen Sulfide 0-50 ppm (10.0 to 100.0 ppm) with 316SS, M20 Entry |
| SPXCDASMCX | ATEX/IECEx/KTL/PA and GB approved SP XCD Carbon Monoxide 0-300ppm (100 to 1000ppm) with 316SS, M20 Entry |
| SPXCDASMG1 | ATEX/IECEx/KTL/PA and GB approved SP XCD Hydrogen 0-1000 ppm with 316SS, M20 Entry |
| SPXCDASMB1 | ATEX/IECEx/KTL/PA and GB approved SP XCD Carbon Dioxide IR 0-2%Vol. with 316SS, M20 Entry |
| Honeywell Analytics - Sensepoint XCD - Consumables | |
|---|---|
| Order # | Description |
| SPXCDXSFXSS | Flammable CAT 0-100%LEL (20,0 to 100.0%LEL) |
| SPXCDXSRXSS | Flammable IR 0-100%LEL Methane (20,0 to 100.0%LEL) |
| SPXCDXSO1SS | Oxygen 25.0%/Vol only |
| SPXCDXSHXSS | Hydrogen Sulfide 0-50 ppm (10.0 to 100.0 ppm) |
| SPXCDXSCXSS | Carbon Monoxide 0-500 ppm (100 to 1000 ppm) |
| SPXCDXSG1SS | Hydrogen 0-1000 ppm only |
| Honeywell Analytics - Sensepoint XCD - Spares (Miscellaneous) | |
|---|---|
| Order # | Description |
| SPXCDWP | Sensepoint XCD Standard Weather Protection |
| SPXCDSRLS | Sensor Retainer with locking screw |
| SPXCDAKS | Allen key for stopper |
| SPXCDHWES | Hex wrench for earth screw |
| SPXCDEBS | Earth Bracket and Screws |
| SPXCDMAG | Magnetic wand |
| Honeywell Analytics - Sensepoint XCD - Accessories | |
|---|---|
| Order # | Description |
| S3KCAL | Calibration cap |
| SPXCDCC | Collecting cone for use with lighter than air gases |
| SPXCDDMK | Duct mounting kit |
| SPXCDMTBR | Mounting bracket (inc. bolts, nuts, brackets) |
| SPXCDSDP | Sunshade / Deluge Protection |
| SPXCDHMANEN | Hard Copy Manual in English |
Engineering Specifications
Sensepoint XCD
1.0 General Description: The Sensepoint XCD is a comprehensive solution designed to operate
in hazardous locations and utilize sensor technologies to detect toxic,
flammable, and oxygen depletion gas hazards using infrared, catalytic bead,
or electrochemical-based sensors. With a tri-color backlight LCD Sensepoint
XCD provides “safety at a glance.” This specification details the operating
characteristics and features of the Sensepoint XCD.
2.0 Electrical requirements
2.1 Operating Voltage – The transmitter shall operate between 16VDC and 32VDC (24VDC Nominal).
2.2 The transmitter shall utilize removable terminals for sensor input, power, and output wiring.
Terminals shall be labeled and provide a minimum of two inputs per polarized wire connections to
allow for daisy chain power configuration.
2.3 The transmitter must allow for user configured transmitter output options as one of the following:
2.3.1 Three wire source 4-20mA
2.3.2 Three wire sink 4-20mA
2.4 The transmitter shall come standard with 3 relays and be capable of Modbus® RTU
communication output.
3.0 Mechanical Requirements
3.1 The enclosure shall be constructed of either 316 Stainless Steel or LM25 Aluminum painted with
marine certified paint for corrosion protection.
3.2 The enclosure must have four standard integral mounting holes.
3.2.1 The enclosure shall be capable of mounting to a standard 2” to 6” pipe utilizing a pipe
mounting kit.
3.2.2 The enclosure shall be capable of mounting to a ceiling utilizing a ceiling mounting kit.
3.2.3 The use of mounting straps or brackets shall not be used for standard wall installations.
3.3 The enclosure shall have a minimum of two ¾” NPT or M20 threaded conduit/cable entries to
allow for expanded mounting options.
3.4 The enclosure shall include certified stopping plugs to close unused conduit/cable entries.
3.5 The transmitter shall allow access to the terminals, wiring connections, and PCBA without the
use of tools.
3.6 The transmitter must allow for the start-up and commissioning procedure to be completed without
opening the enclosure.3.7 The PCBA housing must mechanically self align in the enclosure, without the use of tools.
4.0 Transmitter Features
4.1 The transmitter must utilize a common local user interface for electrochemical (toxic and oxygen),
catalytic bead (combustible) and point and open path (combustible) infrared sensing technology.
4.2 The transmitter shall be capable of providing password controlled access security to the menu
structure for calibration, maintenance and configuration of the device.
4.3 The transmitter shall be capable of simulating the alarm events for validation of proper system
connection without the use of gas.
4.4 The transmitter shall be capable of producing a signal in the range of 4-20 mA to test warning
and notification devices without the use of calibration gas.
4.5 The transmitter shall be capable of inhibiting the output during maintenance to avoid false alarms.
4.6 The transmitter shall allow for user configured calibration intervals reminder which provide an
advance notification to the user that calibration is due.
4.7 The standard transmitter must include sensor weather protection and bump test port.
5.0 Transmitter display
5.1 The transmitter display must be a tri-color backlight liquid crystal display (LCD).
5.1.1 A steady “green” LCD must indicate normal operation mode
5.1.2 A flashing “yellow” LCD must indicate a fault condition.
5.1.3 A flashing “red” LCD must indicate a alarm condition.
5.2 The LCD must have a backlight for operation in limited visibility environments which automatically
illuminates during integration of the unit.
5.3 The display must indicate the gas being monitored, status of the transmitter, sensor full scale
range, and measurement units on the LCD.
6.0 Non-intrusive calibration
6.1 All sensor/transmitters can be calibrated without opening any enclosures.
6.2 Calibration shall be completed via the local display utilizing magnetic switches.
6.2.1 The device shall not use clamp on devices or wireless remote controls to perform
calibration or configuration operations.
6.3 Calibration of the sensor shall be so that only one person is required to complete calibration.
6.4 Successful calibration must be visually indicated via the LCD.
6.5 Sensors shall utilize a pluggable socket design for easy replacement of sensors in the field
without the need for disconnecting wires inside of the transmitter.7.0 Sensing technology
7.1 The transmitter must utilize a common local user interface for electrochemical (toxic and oxygen),
catalytic bead (combustible) and point and open path (combustible) infrared sensing technology.
7.2 Electrochemical (toxic and oxygen) sensors
7.2.1 Sensors shall be contained in sensor modules mounted external to the main enclosure.
7.2.2 The full scale range of the sensor shall be configurable.
7.2.3 The transmitter shall employ a cell fault diagnosis routine to check for cell presence, cell
dry out, and cell open or short circuit. In the event of a cell failing this test, a sensor fault
shall be displayed. This fault diagnosis will be automatically initiated by the transmitter at
8-hour intervals. It must also be initiated on power up, sensor exchange, or sensor cell
exchange.
7.2.4 Sensors shall employ a dual-reservoir design to increase performance in extreme
environments. The sensor design must allow for electrolyte expansion in high humidity
environments to prevent cells from bursting.
7.3 Catalytic bead and infrared combustible sensors
7.3.1 The catalytic bead sensor must utilize specially matched pairs of poison resistant
combustible gas detection elements.
7.3.2 The catalytic bead sensor must have a typical operation life greater than 5 years.
7.3.3 Sensors shall be contained in sensor modules mounted external to the main enclosure.
7.3.4 The catalytic bead sensor shall detect for an over range condition and report the condition.
8.0 Transmitter Outputs
8.1 The standard transmitter output signal shall be 4 to 20mA.
8.2 The transmitter shall provide for the following outputs:
8.2.1 Modbus® digital communication protocol via a pluggable terminal block on the Modbus®
interface circuit board. The Modbus® RTU protocol shall use ASCII/Hex protocols for
communication.
8.2.2 Three form “C” alarm and fault relays.
8.2.2.1 Relays shall be single-pole, double-throw rated at 5 amps at 240VAC.
8.2.2.2 Transmitter shall provide a remote reset for alarm silencing
8.2.2.3 The relays shall be capable of configuration for:
8.2.2.3.1 Latching / Non-Latching
8.2.2.3.2 Normally Open / Normally Closed
8.2.2.3.3 Alarms rising / Alarms falling
9.0 Approvals
9.1 The transmitter shall have the following hazardous area approvals:
9.1.1 UL Class I, Div 1, Groups B, C, and D; Class 1, Zone 1 (-40C to 65C)
9.1.2 CSA Class 1, Div 1, Groups B, C and D; T5 Tamb (-40C to 65C)
9.1.3 ATEX – EX II 2 GD Ex d IIC Gb T6 (Ta -40C to 65C): IP66
9.2 The transmitter shall have the following performance approvals:
9.2.1 CSA 22.2 No. 152
9.2.2 IEC/EN 60079-29-1, EN 61779-4:2000 Toxic and Oxygen
10.0 Manufacturer Capability Requirements – As a minimum, the gas monitoring equipment
manufacturer must meet the following requirements.
10.1 Manufacturer shall be capable of supplying all equipment necessary to check or calibrate the
sensor/transmitter.
10.2 The manufacturer must be capable of providing on site service with factory trained personnel.
11.0 The transmitter shall be a Honeywell Analytic Sensepoint XCD or equivalent.
Honeywell Analytics
For nearly 50 years, Honeywell Analytics has been protecting people who put their lives on the line every day. It takes a special level of drive and dedication to work in hostile environments, and we believe your workers deserve the same kind of commitment from us when it comes to securing their health and safety. Right from the start, our founders were determined to find better ways to design, build and manufacture reliable gas detection solutions. Through advanced technology and pure industry know-how, Honeywell Analytics continues to improve and evolve our products. Today, we’re proud to partner with customers worldwide who share our vision of vigilance and rely on us to help them protect what matters most. From custom-designed solutions to unmatched training and support, Honeywell Analytics is simply the smartest choice when you demand the best in safety.
Monitor combustible, toxic and Oxygen hazards remotely with Sensepoint XCD – Honeywell Analytics