xxx.xxx.xxx.xxxUser Manual for Honeywell models including: Midas-M Multigas Transmitter, 3016M5001 Rev A, ECO HAA190080
Honeywell Analytics: the global leader in gas detection. While you build a better world, we're building smarter safety. For nearly 50 years, Honeywell Analytics ...
Table Of Contents 7 7 7 8 9 10 11 11 15 Introduction About Us Product Description Overview User Interface Configuration Installation Mount the Transmitter Device
MIDAS-M MULTIGAS TRANSMITTER
Fixed Single Point Extracted Multi Gas Transmitter
3016M5001 Rev A ECO HAA190080
Table Of Contents
CHAPTER 1 -- Introduction
7
About Us
7
Product Description
7
Overview
8
User Interface
9
Default Configuration
10
CHAPTER 2 -- Installation
11
Mount the Transmitter Device
11
Mount the Relay Module
15
Sample and Exhausting Tubing Calculations
17
In-Line Filters
18
Local Detector Option
18
Electrical Installation
19
Electrical Connection
23
Wiring The Relay Module
26
Mount The Sensor Cartridge
28
CHAPTER 3 -- Device & Web Operations
29
Comissioning
29
Monitoring Mode
30
Review Information
32
Setup Operations
34
Test Mode
36
Calibration Mode
38
Calibration & Bump Test
39
Bump Test
40
Internal Web Server
41
Physical Network Components
41
Internet Settings
41
Running the Web Server
42
CHAPTER 4 -- Maintenance
65
System Leak Check
66
CHAPTER 5 -- Additional Information
69
EU Directive 2012/19/EU: Waste Electrical and Electronic
Equipment (WEEE)
69
Troubleshooting and Fault Diagnosis
70
Specifications
74
Ordering
77
Transmitter
77
Cartridge
77
Smart Sensor
78
Accesories
78
Gas Table
82
Combination Index
84
Reflex
85
A Modbus/TCP Interface
86
Security
99
Modbus TCP
99
DOS attack
99
Install Web Server Certificate in Google Chrome
101
Install Web Server Certificate in MS Browsers
103
Warranty
105
Sensor Cartridge Warranty
Contact Us
106
107
1CHAPTER
Introduction
Learn what you need to know about the Honeywell Midas®-M Gas Detector before operating.
About Us
Honeywell Analytics: the global leader in gas detection
While you build a better world, we're building smarter safety. 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.
Product Description
The Honeywell Midas®-M is a Fixed Extractive Single Point with 4-in-1 Multi Gas Detector that draws a sample locally or from a remote point to a sensor cartridge that is located inside the detector's chassis. A wide range of toxic, flammable and oxygen gas sensor cartridges are available that enable detection of gases used or generated in the Semiconductor and other manufacturing industries. Midas-M is shipped from the factory with the security function disabled. We strongly recommend enabling this function for safe use of the detector. To enable it, select Set up > Security and type an 8 character password. Midas-M is wall mounted and displays gas concentration, alarm, fault and status information via its backlit LCD and LEDs. A simple to use 4-button keypad located under the display provides the facility to set-up, review, operate and make changes to the detector's configuration.
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Midas-M has flexible power and communications capabilities built in as standard. These include 3 on board relays, 0-21 mA analog output, Modbus/TCP outputs for signal and service connectivity as well as Power over Ethernet (PoE) connection that enables a single Ethernet connection to be made for all power, control and communication requirements.
Overview
The Midas-M gas detector comprises of 4 parts: the main module, the mounting bracket assembly, the sensor cartridge and the pump module.
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User Interface
Detector's User Interface overview.
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Default Configuration
The Midas-M gas detector is factory-configured.
NOTE: Oxygen levels are 20.9% v/v in a normal atmosphere, equivalent to 17.3 mA. Use caution when integrating an oxygen Midas-M unit using the 4-20 mA output since fault, inhibit, and no power conditions are below 4 mA and, by default, an oxygen depletion alarm is triggered on a falling alarm (default 19.5% v/v). In that case, Honeywell Analytics recommends one of the following:
· Use Modbus TCP digital communications
· Use discrete relay inputs instead of a 4-20 mA signal to trigger gas alarms · Program the control system of the 4-20 mA input with logic and a delay (e.g., 1 second) before triggering an alarm to determine if the 4-20 mA output is at one of the 0-4 mA conditions described above.
Contact Honeywell Analytics for further information.
Factory Default Configuration
Toxic Gas
flammable gas1
oxygen
Full Scale (FS)
Typically 4 x Threshold 100% Lower Explosive 25% Volume (v/v)
Limit Value (TLV)
Limit (LEL)
Alarm 1
1/2 TLV
10% LEL
23.5% v/v (Rising)
(Relay 1) Alarm 2
Normally de-energized, energizes on alarm.
TLV
20% LEL
19.5% v/v (Falling)
(Relay 2) Fault
Normally de-energized, energizes on alarm. Normally energizes, de-energized on fault.
(Relay 3)
Latching
Latching. Alarm and fault relays DO NOT automatically reset when reading falls below alarm thresholds. Relays MUST be manually reset.
Passcode
No Passcode set.
Address
169.254.60.47 subnet mask 255.255.255.0
Current source with: 1.0 mA 2.0 mA 3.0 mA 4.0 to 20.0 mA 21.0 mA
Fault Inhibit Maintenance Fault Gas reading (normal operation) Over range
1 Not yet released
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2CHAPTER
Installation
For ease of installation Midas-M has been designed to allow the installation of the mounting bracket assembly and main module separately from the other parts of the detector. The detector location and hard wiring can therefore be completed before fitting the detector's main module and sensor cartridge.
WARNING Midas-M is designed for installation and use in indoor safe area non-explosive atmospheres. Installation must be in accordance with the recognized standards of the appropriate authority in the country concerned. Prior to carrying out any installation ensure local regulations and site procedures are followed. Ensure the connection of all modules (e,g pump, and cartridge module) with the main module. Otherwise, Midas-M can have flow leakage or malfunction.
Mount the Transmitter Device
The Midas-M gas detector has an integral mounting bracket assembly that is easily mounted to a suitable vertical surface such as a wall, tool housing, mounting plate on a pole etc.
Midas-M outline dimensions
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NOTE Notice the space required to install the instrument, open the door, push in/pull out modules, and tubing.
Mounting procedure
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1. the door. 2. Un-tight the two screws. 3. Carefully pull the main module forward. 4. Drill two holes 2.2 in (55.9 mm) Use 2 x M4 Screws or equivalent for mounting
(head size 7-11 mm).
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NOTE This drill template is not to scale.
5.
a. Partially screw the fixings into the mounting surface.
b. Place the mounting bracket assembly over the screws, so they pass
through the mounting holes and then slide down to locate in the slots.
c. Tighten the screws to secure the mounting bracket assembly.
6.
a. Align the rounded corner at the lower of the main module with the similar
rounded corner at the bottom of the mounting bracket assembly
b. Slide the main module backward while pushing the main module up after
connecting with a mounting bracket so that the PCB connector and tubes
engage simultaneously.
7. Ensure the PCB, connector, and tubes are fully engaged by firmly pushing the
main module horizontally backward on the mounting bracket assembly. DO
NOT PUSH ON THE LCD AS THIS MAY DAMAGE IT.
8.
a. Align the two fixing screws located at the bottom of the module with the
screw threads on the mounting bracket assembly.
b. Tighten the screws to secure the module to the mounting bracket
assembly.
9. Remove the internal packing card securing the pump. Failure to remove this packing will result in damage to the Midas-M detector.
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Mount the Relay Module
The Relay Module has an integral mounting bracket assembly that is easily mounted to a suitable vertical surface such as a wall, tool housing, mounting plate on a pole etc.
1. Pull out the four screws and remove the plate cover.
2.
a. Partially screw the fixings into the mounting surface.
b. Place the Relay module over the screws, so they pass through the holes to locate in
the slots.
c. Tighten the screws to fix the Relay Module to the surface.
3. Connect the wire through the cable gland to the terminal block.
4. Place the plate cover in position and screw the four screws you removed in Step 1.
5. Push the mounting bracket assembly horizontally and engage the Relay Module connector.
6.
a. Align the screw holes and the slot-boundaries, and tight the machine screws
(3016D0355) provided in packaging.
b. Connect the mounting bracket assembly to the Relay Module.
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Sample and Exhausting Tubing Calculations
Description of flow rate, and tubing vacuum at the inlet and exhaust points,
Description
Inlet sample specifications Maximum
Tubing Length, m (ft)
30 (100)
Sample Point Vacuum Transport Time (sec), ID 1/8" 1
-25.4 cm H2O (-10 in H2O) 25
Transport Time (sec), ID 3/16" Flow rate, cc/min.
53 600 (Flow is constant) 2
Tubing OD, mm (in)
6.35 (0.25)
Tubing ID, mm (in)
3.18 (0.125)
1Honeywell Analytics recommends thick-wall tubing (1/8" ID) for best speed of response. Due to its lower surface area, thick- wall tubing may require less conditioning than thin-wall tubing. 2 The flow rate is electronically maintained at approximately 600 cc/min and may vary within acceptable tolerances. Tubing lengths vary among gases. See the Gas Chart for recommended lengths.
NOTE Honeywell Analytics recommends the use of Teflon FEP (Fluorinated Ethylene Polymer) tubing to assure proper sample transport. The properties of Teflon FEP make it the best choice for transporting sample toxic gases to instruments when compared with the properties of other similar tubing materials.
description
Outlet sample specifications maximum
Tubing Length, m (ft) Back Pressure at Exhaust Point Flow rate, cc/min
30 (100) 20.3 cm H2O (8 in H2O) 600 (Flow is constant)
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description
maximum
Tubing OD, mm (in) Tubing ID, mm (in)
6.35 (0.25) 4.76 (0.188)
Prepare Tubing
1. Cut the tube squarely and remove any burrs. 2. Mark from end of tube the length of insertion. The insertion lenght of Midas-Mfrom the end
of tube is 15.5 mm.
NOTE When inserting the tube into the inlet/outlet port of the Midas-M, make sure that it is inserted up to the marked position.
In-Line Filters
External filters must be used to protect the tubing from contamination. Use particulate filter part number 780248 for normal gases and 1830-0055 or 1991-0147 for corrosive gases. Replace the filter every 3 months. Refer to the Gases Table for specific gases.
Local Detector Option
The Midas-M gas detector can also be used to monitor for gas at the location of the detector. To do this, an inline filter is simply connected to the sensor cartridge gas inlet port. The external dust filter part number is 780248 for normal gases and 1830-0055 or 1991-0147 for corrosive gases. The area around the detector is then being monitored as opposed to a sample being drawn from a remote location.
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Electrical Installation
Access for the electrical wires to the terminal module is made via the PG16 cable gland located at the bottom of the mounting bracket assembly. The cable gland can be removed and replaced with a suitable conduit fitting if required. Typical wire routing
The terminals used are suitable for conductors of 24 to 14 AWG (0.5 to 1.8mm Dia.). We recommend using the 16 AWG (1.5 mm Dia.) conductors. If Power over Ethernet (PoE) is used to power the device, then 24 VDC power must not also be connected to the device, (or conversely, if 24 VDC is used to power the Midas-M, then electrical power via the Ethernet port must not be applied). Failure to observe this requirement may cause damage to the gas detection system and will not be covered by the standard warranty. When connecting the wires ensure that the power switch is in the off position.
NOTE Earthing Requirements: If the Midas-M unit's metal chassis is not connected directly to a metal surface for earthing purposes, an additional earth wire will be required. Connect a
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wire via the PG16 gland to the dedicated earth tag (screw terminal) located on the bottom bracket and connect the other end of the wire to a dedicated external earthing point. If Power over Ethernet (PoE) power supply is being used, shielded CAT5 Ethernet cable is recommended. Please ensure that your wiring avoids earth ground loops that may affect the performance of your equipment.
NOTE Instrument grounding is required to ensure stable performance and to limit the effects of radiofrequency interference before installation. The following diagram shows the terminal module layout and terminal identification as well as the jumper locations.
Transmitter Terminals
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terminal number 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21
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Transmiter Terminals function
24Vdc Input 24Vdc Input mA output - Channel 1 mA output - Channel 1 mA output - Channel 1 mA output - Channel 2 mA output - Channel 2 mA output - Channel 2 mA output - Channel 3 mA output - Channel 3 mA output - Channel 3 mA output - Channel 4 mA output - Channel 4 mA output - Channel 4 Relay 1 Relay 1 Relay 1 Relay 2 Relay 2 Relay 2 Relay 3
description
0Vdc +24Vdc COM mAmA+ COM mAmA+ COM mAmA+ COM mAmA+ Normally Closed Common Normally Open Normally Closed Common Normally Open Normally Closed
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terminal number 22 23
function Relay 3 Relay 3
description Common Normally Open
Display INSTRUMENT F ONLY SEPARATE F
COMBINED F
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Relay function table
Description
Relay 1 Relay 2
Instrument fault only
Separate fault relays
Combined fault relay
Alarm 1 Alarm 2
Any alarm
Maintenance fault
Alarm 1 Alarm 2
Relay 3
Instrument fault Instrument fault
Any fault
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Electrical Connection
Midas-M can be powered by either 24 VDC via traditional discrete wiring or by approximately 48 VDC delivered through the Ethernet cable from a PoE source. In either case, the 4-20 mA analog output can be used. The analog output can be configured for fully isolated operation. With 24 VDC power the 4-20 mA output can be configured for sink, source or isolated output operations. Following are some schematic diagrams of typical electrical connection configuration.
NOTE When wiring the Midas-M Transmitter to a controller, program the controller for a 1-2 second delay before reporting to prevent false alarms.
Generic example Midas-M 3-wire sourcing
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Generic example Midas-M 4-Wire Isolated output Generic example Midas-M 3-wire Sinking output
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Generic example Midas-M Isolated 4-20mA output w/PoE power
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Wiring The Relay Module
The Midas-M relay module contains: Nine relays to activate external devices. Eight gas alarm relays which indicate level 1 and level 2 alarms of each channel. A common fault relay which indicate maintenance fault or instrument fault.
Power Supply
Power consumption Relay rating Wiring
Specifications No separated power supply required Supplied from the Midas-M transmitter
< 1.45 W
1.0 A @ 30VDC or 0.5 A @ 125 VAC max, 10 uA @ 10 mV minimum 14 AWG maximum per each channel
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All alarm relays Common fault relay
Default configuration Normally de-energized, energized on alarm
Normally energized, de-energized on fault
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Mount The Sensor Cartridge
The Midas-M Sensor Cartridge enables the detection of a wide range of asphyxiant, toxic, flammable, pyrophoric, corrosive, and oxidizer (including Oxygen) gases. The plug & play Sensor Cartridge is located inside the detector's chassis.
NOTE The Midas-M sensor cartridge is supplied separately. Before use, verify the part number and type of sensor cartridge is correct for your application.
1. Turn the power off.
2. Open the door and remove the BiAS battery module and the two plug caps from the sensor
cartridge.
3. Align the Sensor cartridge pins with the socket in the sensor cartridge chamber and then
push the sensor cartridge gently until fully seated.
4. Close the door.
5.
a. Press the `O' button to clear the "Detect New Cartridge " message.
b. Confirm that the green LED is flashing, and that the yellow and red LEDs are off.
c. Confirm the display shows a concentration of zero as appropriate.
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3CHAPTER
Device & Web Operations
Learn what you can do with your Honeywell Midas®-M Detector, from commissioning to Maintenance
Comissioning
Comissioning should be followed carefully and only performed by suitably trained personnel. WARNING
Before carrying out any work, ensure local and site procedures are followed. Ensure that the associated control panel is inhibited to prevent false alarms.
1. Ensure the detector is wired correctly. 2. Ensure that the correct sensor cartridge is fitted. (If the cartridge has not been stored at room
temperature, allow one hour for equilibration.) 3. Ensure the ON/OFF switch on the bottom of the mounting bracket assembly is in the ON
position. 4. Apply power to the system. Wait for a couple of minutes until the start-up routine completes. 5. After the start-up routine, the detector will display the Normal/Monitoring Operating Mode. 6. Perform a leak test to ensure all connections are secure. `Waiting...' will be displayed on booting
time. 7. Allow the detector to stabilize until the `Warm-up' message is no longer displayed after booting.
The maximum warm-up time is dependent on sensor type. Refer to individual cartridge data sheets. Warm-up times are typically much faster. 8. Ensure the correct ID code is selected in Set-up > alarm menu 9. If this is a first-time start-up, the "Detect New Cartridge ~" message could be displayed. Press the `O' button to clear the message.
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Monitoring Mode
After commissioning, the Midas-M detector is set in the Monitoring Mode, which is the starting point for all of the device's operations.
The examples in the following table are for a linear 4-20 mA output over a full scale range of 2 ppm. The current output for a given gas concentration will be different for other full scale ranges (linear 4 mA = 0 % full scale to 20 mA = 100 % full scale). The alarm and fault relays are in default (latching) mode.
Normal Operation Display and Outputs.
This table is based on the default configuration of toxic sensor type.
Status
Relay Status
4-20mA output
LEDs
Backlight
Alarm 1
Alarm relay 1 activated
mA output to Green flash
match the
Alarm 1 Red
concentration on
Red on of the channel
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Status
Relay Status
4-20mA output
LEDs
Backlight
Alarm relay 2 deactivated
Fault relay deactivated
Alarm 2
Alarm relay 1 activated Alarm relay 2 activated Fault relay de-activated
mA output to match the concentration
Green flash Alarm 1 Red onAlarm 2 Red flash
Red flash of the channel
Greater than full scale
Alarm relay 1 activated
Alarm relay 2 activated
Fault relay deactivated
21mA
Green flash
Alarm 1 Red on
Alarm 2 Red flash
Yellow on
Yellow on of the channel
Inhibit
Alarm relay 1 deactivated
Alarm relay 2 deactivated
Fault relay deactivated
2mA
Green flash
Maintenance fault
Alarm relay 1 deactivated
Alarm relay 2 deactivated
Fault relay deactivated
3mA
Green flash
Yellow on
Yellow on of the channel or all channels dependent on fault type
Instrument fault
Alarm relay 1 deactivated
Alarm relay 2 deactivated
Fault relay activated
1mA
Green flash
Yellow flash
Yellow flash of the channel or all channels dependent on fault type
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Review Information
From the Review Mode, you can see the information of transmitter, cartridge, alarm, 4-20mA, relays, fault, calibration, date/time, network, event log, and advance.
1. Go to the Monitoring Mode.
2. By pressing
or
buttons you are entered automatically to the Review Mode and one
of the Review options is displayed under Review.
3. Press
or
buttons to scroll to your desired option.
4. Press
to accept and enter the selected option.
5. Repeat Steps 3 and 4 to continue exploring more options from the Review Mode.
6. Optional Step: Press
to cancel and return one step back.
From the Review Mode panel, you can review any of the following options:
Option
Information you can review from selected option
Transmitter Cartridge Alarms
l FW Revision l Part Number l Serial Number l FW checksum l Web version l FW Revision l Boot loader revision l Part Number l Serial Number l Sensor parameter revision of each channel l Gas type of each channel
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Option
4-20mA Internal Relays External Relays Faults Calibration Date/Time Network Event Log Advance
Information you can review from selected option l Alarm 1 type and level of each channel l Alarm 2 type and level of each channel l Deadband level of each channel l Alarm latching/non-latching of each channel l Alarm delay time of each channel
Concentration range of 4-20mA output of each channel l Relay configuration l Relay energized/de-energized in normal condition
Relay energized/de-energized in normal condition l Latching/Non-latching l Maintenance fault enable/disable l Temperature fault enable/disable l Calibration interval of each channel l Calibration due days of each channel l Sensor expired days of each channel
Date and Time l IP obtain method l IP address l Subnet Mask l Gateway l MAC Address
Event logs Channel ON/OFF
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Setup Operations
From the Setup Mode, you can configure alarms, 4-20mA, relays, faults, channels, date & time, network, advance, and security.
1. Go to the Monitoring Mode.
2. Press
or
buttons and hold for one second to enter the Main Menu, and one of the
Menu options is displayed.
3. Press
or
buttons to scroll to Setup.
4. Press
to accept and enter the Setup menu.
5. Press
or
to continue exploring more options from the Setup Mode, and then press
to accep it.
6. Optional Step: Press
to cancel and return one step back.
From the Setup Mode panel, you can review any of the following options:
Option
Operations you can Setup from selected option
Alarms
l Gas type of each channel l Correlation factor of each channel if gas type is "USER" l Alarm 1 type and level of each channel l Alarm 2 type and level of each channel l Deadband level of each channel l Alarm latching/non-latching of each channel l Alarm delay time of each channel
4-20mA Internal
Concentration range of 4-20mA output of each channel. l Relay configuration (Instrument Fault Only, Separate Fault Relay,
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Option Relays External Relays Faults Calibration Date/Time
Network
Advance Security
Operations you can Setup from selected option
Combined Fault Relay). l Relay energized/de-energized in normal condition.
Relay energized/de-energized in normal condition.
Latching/Non-latching Maintenance fault enable/disable Temperature fault enable/disable. Calibration interval of each channel
l Date l Date format (YYYY MM DD, DD MM YYYY, MM DD YYYY) l Time l IP obtain method (Manual, Auto) l IP address l Subnet Mask l Gateway Channel ON/OFF l Security ON/OFF l Password
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Test Mode
From the TestMode, you can test Bump, Simulation, 4-20mA, and Inhibit.
1. Go to the Monitoring Mode.
2. Press
or
buttons and hold for one second to enter the Main Menu, and one of the
Menu options is displayed.
3. Press
or
buttons to scroll to Test.
4. Press
to accept and enter the Test menu.
5. Press
or
to continue exploring more options from the Test Mode, and then press
to accep it.
6. Optional Step: Press
to cancel and return one step back.
From the Test Mode panel, you can test any of the following options:
Option
Operations you can Test from the selected option
Bump Simulation 4-20mA Inhibit
Gas bump test l Alarm 1 of each channel l Alarm 2 of each channel l Maintenance Fault l Instrument Fault
Force 4-20mA output of each channel l Inhibit ON/OFF
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Option
Operations you can Test from the selected option l Inhibit time
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Calibration Mode
From the Configuration Mode, you can configure Zero, Span, Flow, and 4-20mA.
1. Go to the Monitoring Mode.
2. Press
or
buttons and hold for one second to enter the Main Menu, and one of the
Menu options is displayed.
3. Press 4. Press
or
buttons to scroll to Calibration.
to accept and enter the Calibration menu.
5. Press
or
to continue exploring more options from the Calibration Mode, and then
press
to accept it.
6. Optional Step: Press
to cancel and return one step back.
From the Calibration Mode panel, you can configure any of the following options:
Option
Operations you can calibrate from the selected option
Zero Span Flow 4-20mA
Zero gas calibration of each channel Span gas calibration of each channel Pump flow calibration 4-20mA output calibration of each channel
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Calibration & Bump Test
All Midas-M sensor cartridges are pre-calibrated by Honeywell Analytics using traceable gas standards and approved calibration methods to a proven ISO 9000 quality controlled procedure. The Midas-M sensor cartridge design is very robust and resistant to long term drift; in fact in a normal operating environment it is possible to extend the calibration interval with Midas-M up to 24 months (subject to local requirements concerning calibrations). This design feature is another element that supports Midas-M as a long term cost effective gas detection solution. Honeywell Analytics recommends frequent bump testing to confirm performance.
NOTE It is the sole responsibility of each user to determine their own calibration and bump test schedule based on their own safety assessments and understanding of local requirements.
Just prior to commissioning, each Midas-M unit should be zero calibrated to ensure accuracy. It is recommended that the unit be powered with the cartridge installed for at least 30 minutes prior to conducting a zero calibration. A second zero calibration may be required after a 24 hour period which is dependent on the site conditions. O2 sensors are not zero calibrated but should be span gas calibrated. See the Gas Table for span gas calibration details. If the ambient condition in the area the detector is monitoring experiences a long-term change, it is necessary to perform a zero calibration to allow the unit to adjust to the new conditions.
NOTE When performing a zero calibration, be sure that the area is free of the target gas and/or interfering gases (refer to the cartridge data sheets for further details), as the presence of a background gas will affect the ability for the detector to properly calibrate to the correct levels. If the sample area cannot be verified to be free of the target gas or cross-sensitive gases, use a cylinder of zero air to perform the calibration
Calibration of an electrochemical sensor cartridge is a relatively complex discipline to master and it is possible that in less ideal field conditions the calibration can be far less accurate than under laboratory conditions and therefore substantial inaccuracies can be introduced. In the absence of any formal calibration policy by the end user, it is preferable to retain the original factory calibration. Care must be taken to ensure that the correct materials for an extractive application are obtained from reputable suppliers and are of proven quality and composition. Inappropriate calibration equipment will lead to under - or over-presenting the wrong concentration of gas to the sensor cartridge during the calibration period. Likewise contaminated or inadequately flushed tubing and other gas-wet surfaces can also introduce errors into the calibration process. Only qualified, trained personnel should attempt to perform gas calibrations; contact your local Honeywell Analytics Service Representative for further details on calibration services. Testing should be performed at the end of the sample tube or at the detector with a short length of tubing. Applying gas with a short length (less than 5 feet/1.5 meters) of clean FEP tubing will give optimal results for confirming the accuracy and response time of the cartridge. Applying gas at the end of the installed sample line will test the full system including the whole length of tubing. This will verify the integrity of the tubing. Sample line integrity can also be
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checked by performing a leak check. Note that there will be additional transport time due to the tubing length and conditioning the gas-wet surfaces. Bump tests are also used as an approximate means to present a controlled gas release to the sensor cartridge in order to verify that the transmitter does respond accordingly. Bump testing is popular as typical experiences show that a smaller list of easier to handle gases can be used to provide functional tests on a wider range of gas types. In the absence of a formal calibration policy from the end user, Honeywell Analytics would recommend a minimum semi-annual schedule of at least one bump test per sensor with the appropriate test gas. Bump testing may reduce sensor cartridge lifetime and the accuracy of the calibration if applied incorrectly or too frequently. Use only the target gas or the recommended bump test gas. Zero calibration is a recommended procedure that should be performed periodically to improve the performance of the sensor. This is particularly important when the sensor is operating outside of normal environmental conditions (20°C, 50% rH). The Gas Table indicates the recommended calibration or bump test gas for the Midas-M sensor cartridges: Consult with your Honeywell Analytics Service Representative for approved methods and materials before commencing calibrations and bump tests.
Bump Test
A bump test is not intended to be an accurate calibration, but is used as a confidence check to ensure that the gas detection system is functional. Since some of the target gases are difficult to handle, bump testing often makes use of cross sensitivities so that more convenient gases can be used. In bump test mode, the Modbus/TCP outputs are not inhibited. Only the 4-20 mA and alarm outputs are inhibited. The bump gas test is a functional check only. Consult local guidelines for recommended best practices. Bump test concentrations are calculated to generate a minimum first alarm level response.
Preparation
Most of the test gases are highly toxic. It is essential that personnel using these toxic gases be trained in their use. Ensure that the test gas will be vented safely. Applying test gas may cause alarm, fault or maintenance fault indications on the 4-20 mA loop, relays or digital outputs. Before starting a test, ensure that suitable steps have been taken to prevent these indications from triggering unwanted actions. The Midas-M gas detector has a special mode for bump testing where the alarm outputs are inhibited.
Finishing
Wait for the gas reading to return to normal levels. This may take some time, especially if concentrations above the recommended levels have been used or if the test gas has been applied for an extended period of time. Ensure that any latched faults or alarms that have been generated by the testing have been cleared.
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Make sure that the gas detection system is fully restored to its normal operating state and that any control system overrides used during the testing have been removed. The alarms generated by the testing will have created entries in the transmitter's history log.
Troubleshooting
If the test does not produce a satisfactory result, check the following points: l Check the gas cylinder concentration and type are correct l Check the expiration date of the cylinder. l Check that there is sufficient gas left in the cylinder. l Check that there are no leaks on the test system. l Make sure that the tubing length is as short as possible and that there are no blockages. l Make sure that the transmitter is not displaying a fault before the test is started.
Internal Web Server
The Midas-M gas detector unit utilizes an Ethernet port with the TCP/IP protocol as standard. The Midas-M can function as a HTML web page server and these web pages can be viewed on external computer equipment (PC, PocketPC etc.) by using a standard software program, i.e.; Microsoft Internet Explorer 11, Safari, or Chrome . These web pages replicate the user interface on the front panel of the Midas-M in a more flexible and friendly format for diagnostic and data entry purposes. The web pages also contain additional features not available via the keypad. This procedure explains how to view web pages for a single Midas-M which is connected to a single PC only. Of course it is possible to connect hundreds of Midas-M units to an Ethernet network. More information may be required from the local IT department and Honeywell Analytics as appropriate.
Physical Network Components
The Ethernet physical network is intended to connect computers to other computers through hubs. MIDAS-M has a 10/100 Mbps Ethernet transceiver and supports Auto-MDIX. It supports Auto-Negotiation for selecting the highest performance mode of operation. To use CAT5 standard or higher shield ethernet cable is recommended for the highest efficiency communication speed.
Internet Settings
Communications requires knowledge of the IP address and netmask of both the Midas-M and the PC. Unless the Midas-M is connected to a network with a DHCP server, the addresses must be set manually. The procedure for setting the IP address of a PC is detailed in the following example using a PC loaded with Microsoft TM Windows 7 and Internet Explorer version 11.0 or higher as illustrated as follows. In the usual case the netmask for both computers should be set to 255.255.255.0. The mostsignificant three bytes of the IP address must be identical and the least-significant byte must be
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unique. For example, if the IP address of the Midas-M was set to 169.254.60.47 (the factory default) then an appropriate IP address for the PC would be 169.254.60.42. IP Address setting in Windows 7
Running the Web Server
In a web browser, set the URL to "http://xxx.xxx.xxx.xxx" where the "xxx" fields are replaced with the IP address of the Midas-M.
Device's Overview
Display general information about the device and gas information of each channel. From the home page, select General > Status > Overview. The following image shows the information you can review from the Overview page.
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Overview page
Option
Description
Channels
General
Summary & Print
Reset Alarm
The gas information for each channel is displayed. The color bar under each box shows the status of the channel. Device's general information
A print-ready summary of device's information.
If alarms are occurring, reset the alarms.
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Log Review
On this page, you can view information about records in text format and as a detailed graph. From the home page, select General > Event History.
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The following graph shows detailed information about the selected log. The graphic displays the gas concentration before and after a specific time from when the event occurred.
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Get a Calibration Certificate
Get the calibration information implemented on a per-channels basis when the device was manufactured. On this page, you can view information from the producer, device, and name of the calibrator. From the home page, select General > Calibration Certificate.
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Get Fault and Contact information
To get fault's list and Contact info, select General > Contact Info/Help.
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Set up Gas and Alarm
Set up gas detection and alarm set for each channel. On the home page, select Set-up>Gas/Alarm. 1. Set the desired channel. 2. Gas: Set the gas you want to detect on each channel. Gas-name and K-factor (weight value
for gas value) can be set only for User-gas. Note: You cannot set the range.
3. Set the concentration at which Alarm1 occurs. 4. Set the concentration at which Alarm2 occurs. 5. Enter the Dead band. 6. Enter the Alarm delay. When an alarm condition is reached, an alarm occurs at a delayed
time. 7. Set up Latching in an alarm situation. 8. Set the time for calibrating the progress alarm. 9. Click Accept.
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Configure the Relays
Set the Alarm and Fault relays.
On the home page, select Set-up > Relays. You can set the relays as follows:
l Relay configuration: Set the operation conditions for Relay 1,2,3. l Alarm relay: Set whether to generate alarm relay. l Fault relay: Set whether to generate a fault relay.
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Set up the 4-20 mA
Set the ratio of mA and concentration values.
On the home page, select Set-up > 4-20 mA. You can set the 4-20MA as follows:
l Channel: Select the channel to set. l Output 4 mA: Set the gas concentration for 4mA. l Output 20 mA: Set the gas concentration for 20mA.
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Set up Faults
Set a Fault Occurrence
On the home page, select Set-up > Faults. You can set the faults as follows:
l Latching faults: Set whether to perform latching when faults occur. l Maintenance: Set whether to generate a fault for maintenance l Temperature: Set whether to generate a fault for Temperature. This option is enabled if the
Maintenance setting is allowed too.
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Set up the Network
Set an specific network.
On the home page, select Set-up > Network. You can set the network as follows:
l Obtain IP: You can select whether Manual or Automatic. l Ip address, Subnet, and Default gateway are enabled only when the Obtain IP option is set to
Manual. l Hostname: Hostname setting.
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Set up the Time and Date
Set the time and date.
On the home page, select Set-up > Time/Date. You can set the Time and Date in a 24 hour format and synchronize it with the computer.
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Turn Channels on/OFF
You can turn ON/OFF an individual channel. On the home page, select Set-up > Advance.
Zero Calibration
Perform Zero calibration for a specific channel or all at once.
1. On the home page, select Calibration > Zero Calibration. 2. Select the channel or channels to zero calibrate, and then click Start.
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3. Wait until the gas reading is stable, and then click Accept.
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4. On the Result window the status of zero calibration is displayed. Click Finish. 5. In the Inhibit window you have the option to check Inhibit, and then click Accept.
Span Calibration
Perform an span calibration for each channel of the device.
1. On the home page, select Calibration > Span Calibration. 2. On the Span calibration page, you can select the gas, the gas type, and the target
concentration. 3. Click Start and then follow screen instructions.
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Flow Calibration
Calibrate the amount of gas entering the device.
On the home page, select Calibration > Flow Calibration, and then follw screen instructions. You can adjust setpoints,and sync setpoints.
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Calibrate 4-20 mA
Perform a mA calibration for each channel of the device.
1. On the home page, select Calibration > 4-20mA Calibration. 2. Select a channel, and then click Start. 3. Increase or decrease the mA value, and then click Next to Zero calibration (4 mA).
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4. Increase or decrease the mA value, and then click Next to calibrate the span (20mA).
Perform a Bump Test
Perform a Bump Test on diverse channels. 1. On the home page, select Test > Bump Test. 2. Click Enter Bump Test Mode. 3. Optional Step. You can click Stop Bump Test to cancel the procedure.
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Perform an Alarm or Fault Simulation
Simulate function for testing alarm faults.
1. On the home page, select Test > Alarm/Fault Simulation. 2. Select a Channel. 3. Select whether the simulation should be on an Alarm or a Instrument fault. 4. Click Accept.
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Perform Inhibit Test
Enable or disable the inhibit state.
1. On the home page, select Test > Inhibit. 2. From the Inhibit level option, select No inhibit or Inhibit. 3. Select the Inhibit timeout in minutes. 4. Click Accept.
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Perform a 4-20mA test
Test the mA value on a channel. Note: The 4-20 MA test may cause unexpected alam activation. Only authorized operators should perform this task. 1. On the home page, select Test > 4-20 mA Test. 2. Select a Channel. 3. Click Accept.
4. Increase or decrease the mA value. 5. Click Close.
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CHAPTER
4
Maintenance
Midas-M is a fully serviceable product designed with modular components that can be readily replaced by trained service personnel so as to minimize the time that the gas detector is not available. External in-line air filters should be replaced every three months or more frequently if the system is sampling in environments that have high levels of particulate matter or very acidic / wet atmospheres. Similarly, the internal particulate filter should be replaced every two years or more frequently if the sample lines are prone to heavy contamination. Refer to the following table. Every sensor cartridge is shipped with a 2 years warranty. All sensor cartridges are factory calibrated to traceable national standards before shipment to the end user. Note that testing or calibrating with the wrong (incorrect, out of date, non-traceable) calibration gases, calibration equipment, methods or operating conditions can actually damage the sensor cartridge's lifetime and alter the calibration adversely. Only qualified calibration technicians should attempt to calibrate the Midas-M gas detector. The internal pump module is designed to operate for a minimum of 24 months and it is recommended that this pump module (part number MM-PM ) be replaced every 2 years.
Recommended maintenance schedule
Component
Frequency
Pump
2 years or as needed
Internal filter
2 years or as needed
External Sample Line Filter
Part Number 780248, every 3-6 months Part Number 1991-0147, every 3-6 months Part Number 1830-0055, every 3-6 months
Leak Check
Leak Check every 6 months or after replacing any component.
Bump Test
6 months
Flow Calibration
Flow Calibrate after pump, internal and external filter replacement.
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See the Gas Table for the correct filter requirement for your application. NOTE
Every sensor cartridge warranty: Typically, two years depending on the sensor type. The Bias battery will last only about six months. After replacement, allow at least a day for the cartridge to reach equilibrium.
System Leak Check
When performing a leak check, the Midas-M must be placed in Inhibit mode to prevent false concentrations or faults to be activated when plugging the Sample or Exhaust Lines. Example: O2 (oxygen) plugging of the ports causes the O2 levels within the Midas-M flow path to be depleted as the sample becomes stagnant. The result is the concentration levels begin to fall and trigger the alarms for the O2 depletion. 1. Place the Midas-M into Inhibit. 2. Plug the Inlet Sample line.
3. The flow meter indicators will begin to drop and ultimately disappear within seconds. 4. Continue to keep the port plugged until the Midas-M reports an "F41" (Flow Fail) approximate time to fault is 24 seconds. 5. Remove the plug. 6. Allow 15 seconds or so to allow the Midas-M flow to stabilize then clear the fault by pressing and holding `X' 7. Plug the Outlet Exhaust line. 8. The flow meter indicators will begin to drop and ultimately disappear within seconds. 9. Continue to keep the port plugged until the Midas-M reports an "F41" (Flow Fail) approximate time to fault is 24 seconds. 10. Remove the plug.
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11. Allow 15 seconds or so to allow the Midas-M flow and concentrations to stabilize then clear the fault by pressing and holding `X' 12. Return the unit to the Monitoring Mode.
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CHAPTER
5
Additional Information
Learn from about strategic information related to the Honeywell Midas®-M Detector.
EU Directive 2012/19/EU: Waste Electrical and Electronic Equipment (WEEE)
This symbol indicates that the product must not be disposed of as general industrial or domestic waste. This product should be disposed of through suitable WEEE disposal facilities. For more information about disposal of this product, contact your local authority, distributor or the manufacturer.
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Troubleshooting and Fault Diagnosis
General troubleshooting guide and specific fault code table for the Midas-M gas detector.
Number Date
Fault code descriptions Data Field Condition
Recovery
M02
Simulated M fault
N/A
User enters simulation mode
Reset simulated fault
Check for background
gas concentration,
M10
Baseline warning
Concentration
temperature, or
without
Cell baseline has drifted. humidity fluctuations.
Deadband
Perform zero
calibration. Replace
cell.
Large concentration of
M11
Over Range
Peak concentration
gas has been detected. The Midas-M requires an independent confirmation that the gas
Supply clean air to the Midas-M and clear the fault.
hazard is gone.
Perform zero and span
M20
Calibration expired
Days until fault
The user-specified calibration interval has elapsed.
calibrations. Increase span calibration period. (zero days =
disabled)
M21
Cell expires Days until
soon
fault
Cell is old and will expire Replace the cartridge
soon.
or the cell with a new.
M40
Temperature Temperature Temperature is within 5 Check installation
Near Limit (C)
C of limit.
environment.
M41
Flow Low
Flow (cc/min)
Midas-M is no longer
Check filters and
able to regulate the flow. pump.
LED
F01
indicator
N/A
error
LED indicator has no response.
Replace the LCD
F02
Simulated F Fault
N/A
User enters simulation mode
Reset simulated fault
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Number Date
Data Field Condition
Recovery
Check for background
gas concentration,
F10
Baseline Fault
Concentration
temperature or
without
Cell baseline has drifted. humidity fluctuations.
Deadband
Perform zero
calibration. Replace
cell.
Calibration
F20
Expired too N/A
long.
Too long since last calibration.
Replace or calibrate the Cell.
F21
Cell expired. N/A
Cell is too old.
Replace the cartridge or cell.
F40
Temperature Limits Exceeded
Temperature (C)
Temperature is out of limit.
Check installation environment.
F41
Flow Fail
Flow (cc/min)
Flow < 70% of nominal for 24 seconds
Check filters and pump.
Pump
F42
Memory
N/A
error
Pump memory has no response or corrupted data
Reboot
F43
Pump absent
N/A
There is no pump
Device Power off and then insert the pump
F44
LIT test fail N/A
LIT test failed
Check a flow path
F50
Cell Failure N/A
Reflex test fail of toxic cell
Replace cell
F51
Cell comm. Failure
N/A
It has failed to communicate with IR cell
Replace IR cell
F52
Cell memory error
N/A
Cell memory has no response or corrupted data
Replace cell
F53
Cell Memory Invalid
N/A
Checksum error.
Replace cell
F54
Cell IR
N/A
Cell IR voltage is out of Replace cell
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Number Date
Data Field Condition
Recovery
voltage error
F60
The absent cartridge
N/A
F61
Cartridge wrong type
Cell ID
F62
No valid cell N/A
Cartridge
F63
Memory
N/A
Invalid
Cartridge
F64
app Memory N/A
Invalid
F65
Cartridge 3.3V error
Voltage
F66
Cartridge 5V error
Voltage
F67
Cartridge app failed
N/A
Transmitter
F80
NOR flash N/A
error
Transmitter
F81
memory
N/A
invalid
Transmitter
F82
memory
N/A
comm. Error
Transmitter
F83
app memory N/A
invalid
F84
Transmitter 3.3V error
Voltage
range
No communications.
Cartridge has one or more empty channel Cartridge has no valid cell
Reset cartridge. Replace cartridge. Replace cartridge.
Replace cartridge.
Checksum error.
Reboot
Checksum error.
Replace cartridge.
Cartridge 3.3V is out of range
Cartridge 5V is out of range
Cannot start cartridge app
Replace cartridge.
Replace cartridge. Update the latest cartridge app
No communication
Replace the transmitter
Checksum error.
Reboot
Communication failed Reboot
Checksum error.
Transmitter 3.3V is out of range
Replace transmitter or update the latest version
Replace Transmitter
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Number Date
Data Field Condition
Recovery
F85
Transmitter 24V error
Voltage
F86
Transmitter 5V error
Voltage
Transmitter 24V is out of range
Replace Transmitter
Transmitter 5V is out of range
Replace Transmitter
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Specifications
Transmitter Dimension
Specifications
Size (unit with Cartridge)
"136 mm (H) X 83 mm (W) X 152 mm (D) (5.35 X 3.27 X 5.98 in)"
Weight Transmitter
1.3 kg (2.87 lb)
Weight Cartridge
0.17 ~ 0.22 kg (0.38 ~ 0.49 lb) dependent on sensor type
Optional Relay Dimension
Size
"137 mm (H) X 84 mm (W) X 41 mm (D) (5.39 X 3.31 X 1.61 in)"
Weight
0.31 kg (0.68 lb)
Power Requirements
Operating Voltage
24 VDC Nominal, -15 to +10% (20.4 to 26.4 VDC)
"Operating Voltage with Power over Ethernet (PoE)"
48 VDC PoE (IEEE 802.3af compliant)
Power Consumption
Transmitter unit (normal condition) 1
Typ. 5W
Transmitter unit (full load condition) 2
11.45W
Transmitter with Optional Relay
12.9 W
Outputs
Visuals
"Alarm, power, fault LEDs, and LCD with all the gas readings and events. LEDs: Power (Green), Alarm 1 (Red), Alarm 2 (Red), Fault (Yellow)"
Relays in Transmitter
"Alarm1, Alarm2, Fault Relays (3) rated 1.0 A @ 30Vdc or 0.5A @ 125Vac Max 10uA @ 10mV minimum, configurable as normally open or closed, latched or unlatched"
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Relays in Optional Relay
Specifications
"8 relays for Alarm1 and Alarm2 of each channel and a relay for common fault rated 1.0 A @ 30Vdc or 0.5 A @ 125 Vac Max 10uA @ 10mV minimum, configurable as normally open or closed, latched or unlatched"
Analog
3 wire sink, 3 wire source, or 4 wire fully isolated; 0 to 21 mA for each channel
Digital Communications Modbus / TCP Ethernet / Power over Ethernet (PoE)
Certification and Specification
"CE marked Meets EN 50270:2015+AC:2016 and EN61000-64:2007+A1 ETL approved UL 61010-1:2012 Ed.3 IEEE 802.3af-2003"
Performance
Refer to Individual sensor datasheets
Transport System
Flow Rate
600 mL/min
Transport Time 2 to 25 seconds maximum
Sample Line Tubing
3.18 mm ID X 6.35 mm OD (0.125 X 0.25 in)
Tubing Length Up to 30 m (100 ft) with FEP tubing
Exhaust Line Tubing
4.76 mm ID X 6.35 mm OD (0.188 X 0.25 in)
Exhaust Length Up to 30 m (100 ft)
Ambient Point In line air filter required
Operating Temperature
0°C to +40°C (32°F to 104°F)
Wiring Requirement
4-20mA
2 wire, 14 AWG maximum
Digital
CAT5 Cable or equivalent: RJ45 connector
Gas Concentration Display and Interface
Instrument
"4-digit alphanumeric display with separate units, concentration bar graph for each channel and other icon driven indicators 4 button interface keypad"
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Remote
Specifications Internet browser access via Ethernet
Installation Details
Mounting
Wall mounted using pre-drilled holes on chassis. Options for DIN rail.
Material
Warranty Transmitter unit
"Cover: Plastic (Polycarbonate) Chassis/Mounting Bracket: Zinc plated steel Red frame : Liquid coated Aluminum "
1 year
Sensor cartridge 2 years
1 Normal condition: (1) No gas alarm, (2) Without tube and pressure/vacuum 2 Full load condition: (1) All 4 channels gas alarm are on, (2) Maximum tubing length and pressure/vacuum on the inlet/exhaust line
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Ordering
This section contains details of how to order complete Midas-M detector and sensor cartridge kits, separate transmitters and sensor cartridges as well as spares and accessories.
Transmitter
Part Description Number
MMT-01 Midas-M 4-20mA Extractive Transmitter
MMT-02 Midas-M TCP/IP Modbus Extractive Transmitter
MMT- Midas-M 4-20mA Extractive Transmitter with Tube T01
MMT- Midas-M TCP/IP Modbus Extractive Transmitter
T02
with Tube
MMT- Midas-M 4-20mA Extractive Transmitter Bulk
B01
Package (6pcs)
MMT- Midas-M TCP/IP Modbus Extractive Transmitter
B02
Bulk Package (6pcs)
Cartridge
Part Number MMC-xxxxxxxx
Description Midas-M Sensor Cartridge with Smart Sensors
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Smart Sensor
Code
Dummy
00
Hydrogen Chloride (HCI) 0 - 8ppm, 2 years E2
Silane (SiH4) 0 -20 ppm, 2 years
X2
Hydrogen (H2) 0 - 1000ppm, 2 years
G2
Chlorine (CI2) 0 - 2ppm, 2 years
L2
Ammonia (NH3) 0 - 100ppm, 2 years
A2
Carbon Monoxide (CO) 0 - 100ppm, 2 years C2
Phosphine (PH3) 0 - 1200ppb, 2 years
R2
Ozone (O3) 0 - 0.4ppm, 2 years
U2
Oxygen (O2) 0 - 25%v/v, 3 years
D2
Sulphur Dioxide (SO2) 0 - 8ppm, 2 years S2
Hydrogen Flouride (HF) 0 - 12ppm, 2 years Z2
Smart Sensor
Part Description number MMS-00 Midas-M Dummy Sensor MMS-E2 Midas-M Hydrogen Chloride (HCI) 0 - 8ppm, 2 years MMS-X2 Midas-M Silane (SiH4) 0 -20 ppm, 2 years MMS-G2 Midas-M Hydrogen (H2) 0 - 1000ppm, 2 years MMS-L2 Midas-M Chlorine (CI2) 0 - 2ppm, 2 years MMS-A2 Midas-M Ammonia (NH3) 0 - 100ppm, 2 years MMS-C2 Midas-M Carbon Monoxide (CO) 0 - 100ppm, 2
years MMS-R2 Midas-M Phosphine (PH3) 0 - 1200ppb, 2 years MMS-U2 Midas-M Ozone (O3) 0 - 0.4ppm, 2 years MMS-D2 Midas-M Oxygen (O2) 0 - 25%v/v, 3 years MMS-S2 Midas-M Sulphur Dioxide (SO2) 0 - 8ppm, 2 years MMS-Z2 Midas-M Hydrogen Flouride (HF) 0 - 12ppm, 2 years
Accesories
Modules / Replacements
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Part
Description
number
MM-REL Midas-M Relay Module
MM-PM Midas-M Pump Module
MM-FIL Midas-M Filter Module
MM-FRT Midas-M Front Module
MM-B01 Midas-M 4-20mA Base Module
MM-B02 Midas-M TCP/IP Base Module
MM-M01 Midas-M 4-20mA Main Module
MM-M02 Midas-M TCP/IP Main Module
MM-CAT Midas-M Cartridge wo Smart Sensors
Mounting Accessories
Part number Description
MIDAS-A-036 MIDAS DIN Rail Mounting Kit
0235-0128
Flexible Conduit 21" - length
0235-0163
Flexible Conduit 27" - length
MVIP3632-2A 2A 24VDC power supply in vented NEMA 4 enclosure
MVIP3632-5A 5A 24VDC power supply in vented NEMA 4 enclosure
Duct Sampling Adaptors
Part number Description
1283K1090
Duct Adapter for 1/4" O.D. tubing for 416" round ducts
0235-0095
Union Fitting 1/4" tube, polypropylene
Tubing and External Sample Line Filters
Part number Description
780248
End of Line Particulate Filter, Disposable
1991-0147
End of Line Particulate Filter for Corrosive Gases, Disposable This disposable filter provides protection against particulate build up in the sample line when monitoring for Corrosive Gases.
0235-0095
Union Fitting - Use to connect disposable filter to end of line
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1830-0055
0235-1072 102599 1991-0136 100440 1991-0137
End of Line Particulate Filter for Corrosive Gases, Reusable This reusable filter housing provides protection against particulate build up in the sample line when monitoring for Corrosive Gases. Replaceable filter element (P/N 0235-1072) purchased separately
Replacement "Corrosive" Filter Elements (pk 100) For use in 1830-0055 filter housing
Tubing Teflon® FEP 1/4" OD x 1/8" ID (Sample inlet) (Price per Foot)
Tubing Teflon® FEP 1/4" OD x 1/8" ID (Sample Inlet) (100' continuous length)
Tubing Polypropylene 1/4" OD X 3/16" ID (Exhaust) (Price per Foot)
Tubing Polypropylene 1/4" OD X 3/16" ID (Exhaust) (100' continuous length)
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Gas Table
Gas Name Formula
Hydrogen Chloride
Boron Trichloride
HCI BCI3
Dichlorosilane SiH2Cl2
Hydrogen Bromide
HBr
Silane
SiH4
Disilane
Si2H6
Hydrogen (ppm)
H2
Chlorine
Cl2
Ammonia
NH3
Carbon Monoxide
CO
Phosphine PH3
Ozone
O3
Oxygen Proficiency & O2 Deficiency
Sulfur Dioxide SO2
Hydrogen
HF
Range
Resolution
Default Alarm
1
0-8 ppm
0.05 ppm 1 ppm
Default Alarm
2
2 ppm
Sensor Part Number
Maximum Sensor
Warm-up Time(minutes)
Flow Rate (cc/min)
Calibration
Calibration Gas
Conc.
Output Equiv.
(ppm)
MMSE2
20
600
HCl
4
4
Bump Test
Recommended
Exp Recommended Conc Max
Time Bump Test (ppm) Time
(sec)
Gas
(sec)
Maximum Sample Line Length(m)
300 HCl
4-6 180 51
End of line filter 1991-0147
0-8 ppm
0.05 ppm
1 ppm
2 ppm
MMSE2
20
600
HCl
4
4
300 HCl
4-6 180 51
1991-0147
0-8 ppm
0.05 ppm
1 ppm
2 ppm
MMSE2
20
600
HCl
4
4
300 HCl
4-6 180 51
1991-0147
0-8 ppm
0.05 ppm
1 ppm
2 ppm
MMSE2
20
600
HCl
4
4.5
300 HCl
4-6 180 51
1991-0147
0 - 20 ppm
0.01 ppm
2.5 ppm
5 ppm
MMSX2
20
600
SiH4
10 10
300 SiH4
10 180 30
"780248, 19910147 or 18300055""780248, 1991-0147 or 1830-0055"
0 - 20 ppm
0.05 ppm
1 ppm
2 ppm
MMSE2
20
600
SiH4
4
4
300 SiH4
10 180 10
"780248, 19910147 or 18300055"
01000 ppm
5 ppm
125 ppm
250 ppm
MMSG2
10
600
H2
500 500 300 H2
500 180 30
"780248, 19910147 or 18300055"
0-2 ppm
0.01 ppm
0.25 ppm
0.5 ppm
MMSL2
10
600
Cl2
1
1
300 Cl2
1
180 10
1991-0147 or 1830-0055
0100 ppm
0.5 ppm
12.5 ppm
25 ppm
MMSA2
10
600
NH3
50 50
300 NH3
50 180 10
"780248, 19910147 or 18300055"
0100 ppm
0.5 ppm
12.5 ppm
25 ppm
MMSC2
10
600
CO
50 50
300 CO
50 180 30
"780248, 19910147 or 18300055"
01200 ppb
5 ppb
150 ppb
300 ppb
MMSR2
20
600
PH3
600 600 ppb ppb
300 PH3
600 180 30
"780248, 19910147 or 18300055"
0 - 0.4 0.002 ppm ppm
0.05 ppm
0.1 ppm
MMSU2
10
600
O3
0.2 0.2
300 NO2 2
1
180 5
1830-0055
0 - 25 %vol
0.1 %vol
23.5 %vol
19.5 %vol
MMSD2
30
600
O2
Air
20.9 %vol
300 O2
Air 180 30
"780248, 19910147 or 18300055"
0-8 ppm
0.05 ppm
1 ppm
2 ppm
MMSS2
10
600
SO2
4
4
300 SO2
4
180 30
1991-0147 or 1830-0055
0 - 12 0.05 ppm 1.5
3 pmm MMS- 20
600
HF
6
6
300 Cl2
10
180 51
1991-0147 or
Gas Name
Fluoride Boron Trifluoride Tungsten Hexafluoride
Formula
Range ppm
Resolution
Default Alarm
1
ppm
Default Alarm
2
Sensor Part Number
Maximum Sensor
Warm-up Time(minutes)
Flow Rate (cc/min)
Calibration
Calibration Gas
Conc.
Output Equiv.
(ppm)
Z2
Bump Test
Exp Recommended Conc
Time Bump Test (ppm)
(sec)
Gas
Max Time (sec)
Recommended Maximum Sample Line Length(m)
End of line filter 1830-0055
BF3
0-8 ppm
0.05 ppm
1 ppm
2 ppm
MMSZ2
20
600
HF
4
5.2
300 Cl2
5
180 51
1991-0147 or 1830-0055
WF6
0 - 12 ppm
0.05 ppm
1.5 ppm
3 ppm
MMSZ2
20
600
HF
6
6
300 Cl2
10
180 51
1991-0147 or 1830-0055
1 Recommended to keep the sample lines as short as possible where the RH condition at the sample point is high (above %50 RH); there will be some sample loss due to absorption onto the sample line. 2 An ozone generator can be used instead of 1 ppm NO2.
Bump Testing Notes: As an alternative, the actual target gas can always be used instead of a cross-sensitive gas. Higher concentrations than the recommended ones can be used if necessary, but extra time may be needed for the reading to recover to zero. IMPORTANT: this should only be done once to avoid the danger of poisoning the sensor.
Combination Index
HCl SiH4 H2 Cl2 NH3 CO PH3 O3 O2 SO2 HF H (MMS- (MMS- (MMS- (MMS- (MMS- (MMS- (MMS- (MMS- (MMS- (MMS- (MMSE2) X2) G2) L2) A2) C2) R2) U2) D2) S2) Z2)
HCl
NO
(MMS-
E2)
SiH4 (MMSX2)
H2 (MMSG2)
Cl2
NO
(MMS-
L2)
NH3 NO
NO
NO
(MMS-
A2)
CO (MMSC2)
PH3 (MMSR2)
O3
NO
(MMS-
U2)
O2 (MMSD2)
SO2
NO
(MMS-
S2)
HF H
NO
(MMS-
Z2)
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Reflex
Midas-M uses patented Honeywell Analytics technology to continuously monitor the health check status of specific electrochemical cells and alert the user if a cell enters a variety of fault conditions (such as open or short circuit etc.) which would leave the cell unable to detect gas and raise an appropriate alarm signal. REFLEX® overcomes this unseen failure mode by applying periodically a special electronic pulse to the cell and reviewing the `echo' from the cell as it responds to the applied signal. If the cell is deteriorating within certain pre-set limits based on the received signals then Midas-M will decrease the REFLEX sampling interval in order to establish the actual viability of the cell. Within a relatively short time, Midas-M will be able to alert the user via fault codes that the electrochemical cell is likely to be requiring replacement and is possibly unable to correctly detect gas. REFLEX is not required for pellistors, IR, oxygen electrochemical cell or bias electrochemical cell as these sensor cartridges provide alternative electronic means to indicate open circuits and other sensor cartridge damage issues.
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A Modbus/TCP Interface
The Midas-M gas detector can report concentration information in a variety of formats including relay contact closure, an analog 4-20 mA loop, Ethernet/ IP/HTML web pages and via the Modbus/TCP networking protocol. This section defines the format of data in Modbus/TCP registers. More information about Modbus/TCP can be obtained from www. modbus.org. The Midas-M is a Modbus/TCP "server" as defined in the MODBUS Application Protocol Specification V1.0 . It supports command 03 ("read holding registers") for registers 40001 to 40122 as listed in the following table. The Midas-M reports floating-point concentration numbers in little-endian or Intel format. This is scaled in units of ppm for gasses which have display units of ppm or ppb. For other display units the concentration is scaled directly in display units. This applies to registers Gas Concentration and Alarm Threshold. The Midas-M fills 122 Modbus/TCP holding registers as listed in Table 1. The Monitoring Status register is a concise summary of Midas-M status. The other registers provide more complete information.
Midas-M Modus Register Map
Midas-M Modbus Register Map : Register 40001 is mapped with base address (zero) (If channel is disabled, channel information is 0).
ModBus Register Number
Information
R/W
Data Type
Data Size (Byte)
Description
Holding Register
Device Status
40001
Reserved for R
2
future
expansion
Note
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ModBus Register Number
40002
Information
R/W
Data Type
Data Size (Byte)
Description
Note
Monitoring R u16 2 Status
bit 0 : Warmup bit 1 : Inhibit Mode bit 2 : Alarm/Fault simulation bit 3 : 4-20mA calibration mode bit 4 : 4-20mA test mode bit 5 : Flow calibration mode bit 6 : LIT calibration mode (Reserved) bit 7 : LIT Enabled (Reserved) bit 8 : Gas calibration mode bit 9 : Gas bump test mode bit 10 : Alarm bit 11 : Fault bit 12 ~ 15 : for future expansion
40003
Alarm State R u16 2
bit 0 : Ch1 Alarm 1 active bit 1 : Ch1 Alarm 2 active bit 2 : Ch2 Alarm 1 active bit 3 : Ch2 Alarm 2 active bit 4 : Ch3 Alarm 1 active bit 5 : Ch3 Alarm 2 active bit 6 : Ch4 Alarm 1 active bit 7 : Ch4 Alarm 2 active bit 8~15 : for future expansion
40004
Fault State R u16 2
bit 0 : Ch1 fault active bit 1 : Ch2 fault active bit 2 : Ch3 fault active bit 3 : Ch4 fault active bit 4 : Device fault active bit 5~15 : for future expansion
40005
Top Fault
R u16 2
Number of most important active fault
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ModBus Register Number
40006
Information
R/W
Data Type
Data Size (Byte)
Description
Note
Channel
R
Enabled State
u16 2
This is the bit bit 0 : Ch1 Dummy cell bit 1 : Ch1
representation Disabled bit 2 : Ch1 Reserved for
information of futher expansion bit 3 : Ch2 Dummy
channel
cell bit 4 : Ch2 Disabled bit 5 : Ch2
enabled. If Reserved for futher expansion bit 6 :
dummy cell is Ch3 Dummy cell bit 7 : Ch3 Disabled
attached or bit 8 : Ch3 Reserved for futher
channel is
expansion bit 9 : Ch4 Dummy cell bit
disabled bit 10 : Ch4 Disabled bit 11 : Ch4
value is set. Reserved for futher expansion bit
12~15 : for future expansion
40007 to 40008
40009 to 40010
40011 to 40012
40013 to 40014
40015 to 40016
40017 to 40018
40019 to 40020
40021 to 40022
Gas
R
Concentration
Ch1
Gas
R
Concentration
Ch2
Gas
R
Concentration
Ch3
Gas
R
Concentration
Ch4
Gas
R
Concentration
Ch1
Gas
R
Concentration
Ch2
Gas
R
Concentration
Ch3
Gas
R
Concentration
Ch4
f32 4 f32 4 f32 4 f32 4 u32 4 u32 4 u32 4 u32 4
Value in float
Value in float
Value in float
Value in float
Value in fixed Conversion equation: ppm value =
point
Value * 1/10 DECP
Value in fixed Conversion equation: ppm value =
point
Value * 1/10 DECP
Value in fixed Conversion equation: ppm value =
point
Value * 1/10 DECP
Value in fixed Conversion equation: ppm value =
point
Value * 1/10 DECP
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ModBus Register Number 40023
40024
40025 to 40026
Information
R/W
Data Type
Data Size (Byte)
Description
Note
Decimal Point R Indicator
u16 2
Decimal point bit 0 ~ 2 : Ch1 Decimal point indicator indicator of (0, 1, 2, 3) bit 3 ~ 5 : Ch2 Decimal Display Gas point indicator (0, 1, 2, 3) bit 6 ~ 8 : Concentration Ch3 Decimal point indicator (0, 1, 2, 3)
bit 9 ~ 11 : Ch4 Decimal point indicator (0, 1, 2, 3) bit 12~15 : for future expansion
Heat beat Counter
R u16 2
System time in seconds. Range of this value is from 0 to 59
Device
R
Maintenance
Fault
u32 4
This is the bit bit 0 : Simulated Maintenance Fault
order
(m02) bit 1 : Flow Warning (m41) bit
representation 2~31 : for future expansion
of the
maintenance
fault status. If
any fault exists
this will take a
value in each
bit. if any
maintenance
fault exists, this
will take a
value zero.
The meaning
of bit will be
described as
fault code in
more detail
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ModBus Register Number 40027 to 40028
40029
40030
Information
R/W
Data Type
Data Size (Byte)
Description
Note
Device
R u32 4
Instrument
Fault
This is the bit bit 0 : LCD Fault (F01) bit 1 :
order
Simulated Instrument Fault (F02) bit 2
representation : Reserved for future expansion bit 3 :
of the
Flow Fail (F41) bit 4 : Pump EEPROM
instrument (F42) bit 5 : Pump Absent (F43) bit 6 :
fault status. If LIT Fail (F44) (Reserved) bit 7 :
any fault exists Cartridge Absent (F60) bit 8 : Catridge
this will take a Wrong Type (F61) bit 9 : Cartridge No
value in each valid cell (F62) bit 10 : Catridge
bit. if any
EEPROM (F63) bit 11 : Catridge
instrument Flash (F64) bit 12 : Catridge Power
fault exists, this 3.3v (F65) bit 13 : Catridge Power 5v
will take a
(F66) bit 14 : Catridge Application Fail
value zero. (F67) bit 15 : Transmitter Nor Flash
The meaning (F80) bit 16 : Transmitter EEPROM
of bit will be Corrupted (F81) bit 17 : Transmitter
described as EEPROM Com Fail (F82) bit 18 :
fault code in Transmitter Flash (F83) bit 19 :
more detail Transmitter Power 3.3v (F84) bit 20 :
Transmitter Power 24v (F85) bit 21 :
Transmitter Power 5v (F86) bit 22~31
: for future expansion
Relay Status R u16 2
The meaning of bit : Value 0 is Deenergized Value 1 is Energized
bit 0 : Internal Relay 1 energized bit 1 : Internal Relay 2 energized bit 2 : Internal Relay 3 energized bit 3 : for future expansion bit 4 : External Relay Fitted bit 5 : External Relay 1 energized (Ch1 alarm1) bit 6 : External Relay 2 energized (Ch1 alarm2) bit 7 : External Relay 3 energized (Ch2 alarm1) bit 8 : External Relay 4 energized (Ch2 alarm2) bit 9 : External Relay 5 energized (Any fault) bit 10 : External Relay 6 energized (Ch3 alarm1) bit 11 : External Relay 7 energized (Ch3 alarm2) bit 12 : External Relay 8 energized (Ch4 alarm1) bit 13 : External Relay 9 energized (Ch4 alarm2) bit 14~15 : for future expansion
Temperature R in Celsius (oC)
s16 2
Temperature
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ModBus Register Number
Information
R/W
Data Type
Data Size (Byte)
Description
Note
40031
Flow rate in R cc/minute
u16 2
Current pump flow
40032 ~ 40037
Reserved for R future expansion
u16 12
Channel 1 Information
40038
Gas Selection R u16 2
bit 0 - 7 : Gas ID bit 8 - 15 : Cell ID
40039 to 40040
40041 to 40042
40043
Alarm1 threshold
Alarm2 threshold
Measuring units
R/W f32 4 R/W f32 4 R u16 2
Concentration 0 : N/A 1 : mA 2 : %LEL 3 : % volume 4
units
: ppb 5 : ppm 6 : mg/m3 7 ~ 15:
reserved
40044 40045
Alarm Status R Fault Status R
u16 2 u16 2
bit 0 : Alarm 1 active bit 1 : Alarm 2 active
This is the bit bit 0 : Baseline Warning (m10) bit 1 :
order
Overrange Warning (m11) bit 2 :
representation Calibration Expire Soon (m20) bit 3 :
of the channel Cell Expire Soon (m21) bit 4 :
fault status. If Temperature Warning (m40) bit 5 :
any fault exists Baseline Fault (F10) bit 6 : Calibration
this will take a Expired (F20) bit 7 : Cell Expired
value in each (F21) bit 8 : Temperature Exceeded
bit.
(F40) bit 9 : Cell Failure Refelex (F50)
bit 10 : Cell Failure IR Comm. (F51) bit
11 : Cell EEPROM Read Error (F52)
bit 12 : Cell EEPROM Corrupted
(F53) bit 13 : Cell Failure IR Volt.
(F54) bit 14~15 : : for future expansion
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ModBus Register Number
Information
R/W
Data Type
Data Size (Byte)
Description
Note
40046
Cell life remaining days
R s16 2
Days of cell remains
40047 ~
Reserved for R
6
40049
future
expansion
Channel 2 Information
40050
Gas Selection R u16 2
bit 0 - 7 : Gas ID bit 8 - 15 : Cell ID
40051 to 40052
40053 to 40054
40055
Alarm1 threshold
Alarm2 threshold
Measuring units
R/W f32 4 R/W f32 4 R u16 2
Concentration 0 : N/A 1 : mA 2 : %LEL 3 : % volume 4
units
: ppb 5 : ppm 6 : mg/m3 7 ~ 15:
reserved
40056 40057
Alarm Status R Fault Status R
u16 2 u16 2
bit 0 : Alarm 1 active bit 1 : Alarm 2 active
This is the bit bit 0 : Baseline Warning (m10) bit 1 :
order
Overrange Warning (m11) bit 2 :
representation Calibration Expire Soon (m20) bit 3 :
of the channel Cell Expire Soon (m21) bit 4 :
fault status. If Temperature Warning (m40) bit 5 :
any fault exists Baseline Fault (F10) bit 6 : Calibration
this will take a Expired (F20) bit 7 : Cell Expired
value in each (F21) bit 8 : Temperature Exceeded
bit.
(F40) bit 9 : Cell Failure Refelex (F50)
bit 10 : Cell Failure IR Comm. (F51) bit
11 : Cell EEPROM Read Error (F52)
bit 12 : Cell EEPROM Corrupted
(F53) bit 13 : Cell Failure IR Volt.
(F54) bit 14~15 : : for future expansion
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ModBus Register Number
Information
R/W
Data Type
Data Size (Byte)
Description
Note
40058
Cell life remaining days
R s16 2
Days of cell remains
40059 ~
Reserved for R
6
40061
future
expansion
Channel 3 Information
40062
Gas Selection R u16 2
bit 0 - 7 : Gas ID bit 8 - 15 : Cell ID
40063 to 40064
40065 to 40066
40067
Alarm1 threshold
Alarm2 threshold
Measuring units
R/W f32 4 R/W f32 4 R u16 2
Concentration 0 : N/A 1 : mA 2 : %LEL 3 : % volume 4
units
: ppb 5 : ppm 6 : mg/m3 7 ~ 15:
reserved
40068 40069
Alarm Status R Fault Status R
u16 2 u16 2
bit 0 : Alarm 1 active bit 1 : Alarm 2 active
This is the bit bit 0 : Baseline Warning (m10) bit 1 :
order
Overrange Warning (m11) bit 2 :
representation Calibration Expire Soon (m20) bit 3 :
of the channel Cell Expire Soon (m21) bit 4 :
fault status. If Temperature Warning (m40) bit 5 :
any fault exists Baseline Fault (F10) bit 6 : Calibration
this will take a Expired (F20) bit 7 : Cell Expired
value in each (F21) bit 8 : Temperature Exceeded
bit.
(F40) bit 9 : Cell Failure Refelex (F50)
bit 10 : Cell Failure IR Comm. (F51) bit
11 : Cell EEPROM Read Error (F52)
bit 12 : Cell EEPROM Corrupted
(F53) bit 13 : Cell Failure IR Volt.
(F54) bit 14~15 : : for future expansion
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ModBus Register Number
Information
R/W
Data Type
Data Size (Byte)
Description
Note
40070
Cell life remaining days
R s16 2
Days of cell remains
40071 ~
Reserved for R
6
40073
future
expansion
Channel 4 Information
40074
Gas Selection R u16 2
bit 0 - 7 : Gas ID bit 8 - 15 : Cell ID
40075 to 40076
40077 to 40078
40079
Alarm1 threshold
Alarm2 threshold
Measuring units
R/W f32 4 R/W f32 4 R u16 2
Concentration 0 : N/A 1 : mA 2 : %LEL 3 : % volume 4
units
: ppb 5 : ppm 6 : mg/m3 7 ~ 15:
reserved
40080 40081
Alarm Status R Fault Status R
u16 2 u16 2
bit 0 : Alarm 1 active bit 1 : Alarm 2 active
This is the bit bit 0 : Baseline Warning (m10) bit 1 :
order
Overrange Warning (m11) bit 2 :
representation Calibration Expire Soon (m20) bit 3 :
of the channel Cell Expire Soon (m21) bit 4 :
fault status. If Temperature Warning (m40) bit 5 :
any fault exists Baseline Fault (F10) bit 6 : Calibration
this will take a Expired (F20) bit 7 : Cell Expired
value in each (F21) bit 8 : Temperature Exceeded
bit.
(F40) bit 9 : Cell Failure Refelex (F50)
bit 10 : Cell Failure IR Comm. (F51) bit
11 : Cell EEPROM Read Error (F52)
bit 12 : Cell EEPROM Corrupted
(F53) bit 13 : Cell Failure IR Volt.
(F54) bit 14~15 : : for future expansion
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ModBus Register Number
Information
R/W
Data Type
Data Size (Byte)
Description
Note
40082
Cell life remaining days
R s16 2
Days of cell remains
40083 ~
Reserved for R
6
40085
future
expansion
Device Information
40086 to 40095
Transmitter R serial number
char 20 [20]
ASCII code format
40096 to 40105
Cartridge
R
serial number
char 20 [20]
ASCII code format
40106
Time Value in R/W u16 2 Year
40107
Time Value in R/W u16 2 Month, Date
bit 0 - 7 : Date bit 8 - 15 : Month
40108
Time Value in R/W u16 2 Hour, Minute
bit 0 - 7 : Minute bit 8 - 15 : Hour
40109
Time Value in R/W u16 2 Seconds
40110
Firmware
R
Version
(Transmitter)
u16 2
bit 0 - 7 : Minor bit 8 - 15 : Major
40111
Firmware
R
Version
(Cartridge)
u16 2
bit 0 - 7 : Minor bit 8 - 15 : Major
40112 ~
Reserved for
20
40121
future
expansion
Write Command (Write command1 and command2 to execute)
40122
Write
W
Command 1
u16 2
0x015e : Reset Alarm & Fault 0x025e : Enter Inhibit (default 30min) 0x035e : Exit Inhibit
40123
Write
W
Command 2
u16 2
Fixed value as 0x3626
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Cell ID & Gas ID
Cell ID
Gas ID
0 N/A
0 N/A
1 H2
1 H2
2 SiH4
2 SiH4
3 Cl2
3 Cl2
4 NH3 Low
4 NH3
5 NH3 High
5 HBr
6 HBr
6 HCl
7 HCl
7 CO
8 CO
8 PH3
9 PH3
9 BCl3
10 BCl3
10 HF
11 HF High
11 TEOS
12 TEOS
12 B2H6
13 B2H6
13 ClF3
14 ClF3
14 BF3
15 BF3
15 WF6
16 WF6
16 O3
17 O3
17 GeH4
18 GeH4
18 CH4
19 CH4
19 AsH3
20 AsH3
20 F2
21 F2
21 SiF4
22 SiF4
22 O2
23 O2
23 Si2H6
24 Si2H6
24 SO2
25 SO2
25 CO2
26 CO2
26 SiH2Cl2
27 SiH2Cl2
27 NO
28 NO
28 N2O
29 N2O
29 NO2
30 NO2
30 Br2
31 Br2
31 H2S
32 H2S High
32 POCl3
33 H2S Low
33 3MS
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Cell ID 34 POCl3 35 3MS 36 N2H4 37 TMB 38 TMP 39 ETO 40 C3H8 41 ClO2 42 HCN 43 SF4 44 CH3COOH 45 COCl2 46 HMDS 47 H2Se 48 HF Low 1234 Dummy Cell
Gas ID 34 N2H4 35 TMB 36 TMP 37 ETO 38 C3H8 39 ClO2 40 HCN 41 SF4 42 CH3COOH 43 COCl2 44 HMDS 45 H2Se
Fault Code
Fault Code ID
Description
00
No Fault
01
M02 - Simulated M fault
02
M10 - Baseline Warning
03
M11 - Over Range
04
M20 - Calibration Expired
05
M21 - Cell Expires Soon
06
M40 - Temperature Near Limit
07
M41 - Flow Low
08
F01 - LED indicator error
09
F02 - Simulated F Fault
10
F10 - Baseline Fault
11
F20 - Calibration Expired too long
12
F21 - Cell Expired
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Fault Code ID
Description
13
F40 - Temperature Limits Exceeded
14
F41 - Flow Fail
15
F42 - Pump Memory error
16
F43 - Pump absent
17
F44 - LIT test fail
18
F50 - Cell Failure
19
F51 - Cell comm. Failure
20
F52 - Cell memory error
21
F53 - Cell Memory Invalid
22
F54 - Cell IR voltage error
23
F60 - The cartridge absent
24
F61 - Cartridge wrong type
25
F62 - No valid cell
26
F63 - Cartridge Memory Invalid
27
F64 - Cartridge app Memory Invalid
28
F65 - Cartridge 3.3V error
29
F66 - Cartridge 5V error
30
F67 - Cartridge app failed
31
F80 - Transmitter NOR flash error
32
F81 - Transmitter memory invalid
33
F82 - Transmitter memory comm. Error
34
F83 - Transmitter app memory invalid
35
F84 - Transmitter 3.3V error
36
F85 - Transmitter 24V error
37
F86 - Transmitter 5V error
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Security
Midas-M is shipped from the factory with security disabled. It is recommended to enable the security function for safe use of the device. The security function can only be enabled through the Set up > Security menu of the local UI and requires at least 8 of passwords. If the security function is enabled, the web server can be accessed through HTTPS. And it is recommended to clear the browser cache to access the web server through HTTP after security is disabled.
Modbus TCP
The MODBUS protocol does not have any authentication and integrity checking function. So the bump-in-the wire solution is recommended using a network equipment with SSL VPN Firewall function to protect the Midas-M from external attacks.
DOS attack
The web application may not work due to DoS attacks. The Midas device is even needed to restart for the web application to work properly. So the bump-in-the wire solution is recommended using a network firewall hardware solution that can detect and block DoS attacks.
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Install Web Server Certificate in Google Chrome
How to install a web sever certificate in a Chrome web browser, when the security function is enabled. 1. Open Chrome browser window and type https://xxx.xxx.xxx.xxx (device address) as the URL,
and then press ENTER to connect to the device. A "Connection to this site is not secure" message is displayed. 2. Click Certificate to download the certificate and follow onscreen instructions.
3. On the Chrome main page, click the three dots (Advanced) button and select Settings > Manage certificates and then follow onscreen instructions as follows to set the certificate.
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4. Close and re-open the Chrome Web browser, and then access to your device's address https://xxx.xxx.xxx.xxx . A "Connection is secure" message is displayed. The certificate should be reinstalled when the IP address is changed
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Install Web Server Certificate in MS Browsers
How to install a web sever certificate in Microsoft Internet Explorer and Edger, when the security function is enabled. 1. Open browser window and access https://xxx.xxx.xxx.xxx (device address) in your browser.
Click "Certificate error" text. The Certificate Information window is displayed. 2. Click Export to File and then save the certificate in your PC or device. 3. On your computer locate and run Certificate Manager certmgr.msc
4. On the Certificate Manager window, expand Trusted Root Certification Authorities and right click on Certificates. Select All tasks > Import...
5. Follow the Certificate Import Wizard onscreen instructions.
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The certificate should be reinstalled when the IP address is changed
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Warranty
All products are designed and manufactured to the latest internationally recognized standards by Honeywell Analytics under a Quality Management System that is certified to ISO 9001. As such, the Midas-M Transmitter (including the pump) is warranted under proper use, to the original end- user purchaser, against any defects in materials or workmanship related failures for a period of 12 months from the date of first turn-on or 18 months from delivery from Honeywell Analytics to the customer, whichever is less. Separate warranty conditions apply to the sensor cartridges limited as indicated below. During this period, Honeywell Analytics will repair or replace defective parts on an exchange basis, F.O.B. to approved service centers on a global basis. This warranty does not cover damage caused by accident, abuse, abnormal operating conditions or extreme poisoning of the sensor cartridge. Defective equipment must be returned to Honeywell Analytics for repair. Before returning materials for repair or replacement, the Customer must obtain a Service Event Number (SE#) by contacting Honeywell Analytics Service in advance; include a detailed report stating the nature of the defect and ship the equipment prepaid to Honeywell Analytics' factory. If no detail report is included, Honeywell Analytics reserves the right to charge an investigative fee (prices available upon request) before any repair or replacement is performed. Returned goods must detail the Service Event Number (SE#) clearly on the package. Service in the field or at the customer's premises is not covered under these warranty terms. Time and travel expenses for on-site warranty services will be charged at Honeywell Analytics' normal billing rates.
Contact your Honeywell Analytics representative for information on available Service Contracts. Honeywell Analytics shall not be liable for any loss or damage whatsoever or howsoever occasioned which may be a direct or indirect result of the use or operation of the Contract Goods by the Buyer or any Party. This warranty covers the gas detector and parts sold to the Buyer only by authorized distributors, dealers and representatives as appointed by Honeywell Analytics. This warranty does not cover defects attributable to improper installation, repair by an unauthorized person or the use of unauthorized accessories/parts on the product. A warranty claim will only be accepted if a proof of purchase is submitted and all conditions obtained within this Warranty are met. Honeywell Analytics reserves the right to validate any warranty claim prior to processing. Upon acceptance of a warranty claim, Honeywell Analytics will repair or replace the defective product free of charge. The initial warranty period is not extended by virtue of any works carried out there after. Instruments which have been repaired or replaced during the warranty period are warranted for the remainder of the unexpired portion of the original warranty period. Honeywell Analytics is released from all obligations under its warranty in the event repairs or modifications are made by persons other than its own authorized personnel, unless such work is
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authorized in writing by Honeywell Analytics. The initial warranty period is not extended by virtue of any works carried out there under. Honeywell Analytics reserves the right to change this policy at any time. Contact Honeywell Analytics for the most current warranty information.
Sensor Cartridge Warranty
Midas-M sensor cartridges with part numbers beginning in MIDAS-E carry a 24 month warranty from switch-on/installation or up to 30 months from the date of shipment from Honeywell Analytics, whichever is less, provided this takes place before the "Activate Before" date on the cartridge. Pro-rata after "Activate Before"/ install by date. l The oxygen sensor cartridge is guaranteed to operate satisfactorily for the period described
above and will be replaced at no charge within that period only if it will not provide a correct reading after calibration by Authorized Service personnel. Physical or chemical damage, resulting from exposure to improper elements, is not covered. l The toxic sensor cartridges are guaranteed to operate satisfactorily for the period described above. They will be replaced at no charge within that period only if they will not provide a correct reading after calibration by Authorized Service personnel, and only if the sensor cartridge membranes exhibit no physical or chemical damage resulting from exposure to improper substances. Note that the Midas-M sensor cartridge stores an electronic history of each individual sensor cartridge's manufacture, warranty and calibration activity that is accessible by Authorized Service personnel.
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Contact Us
Americas Honeywell Analytics 405 Barclay Boulevard Lincolnshire, IL 60069 Tel: +1 847 955 8200 Toll free: +1 800 538 0363 Fax: +1 847 955 8208 detectgas@honeywell.com
Europe, Middle East, and Africa Life Safety Distribution AG(LSD) Javastrasse 2 8604 Hegnau Switzerland Tel: +41 (0)44 943 4300 Fax: +41 (0)44 943 4398 gasdetection@honeywell.com
Asia Pacific, India. Honeywell Analytics Asia Pacific, Co., Ltd. 7F SangAm IT Tower, 434 Worldcup Buk-ro, Mapo-gu, Seoul 03922, South Korea Tel: +82 (0) 2 6909 0300 Fax: +82 (0) 2 2025 0388 India Tel: +91 124 4752 700 Analytics.ap@honeywell.com
Mainland China Honeywell Industrial Safety Gas Detectors Building#1, 555 Huanke Road Zhang Jiang
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Hi-Tech Park Pudong New Area Shanghai 201203, China Tel: 021-80386800 Fax: 021-60246070 gaschina@honeywell.com
Taiwan Honeywell Taiwan Ltd 6F-2, No.8, ZiQiang S. Road, Jubei City, 30264 Taiwan Tel: +886-3-5169284 Fax: +886-3-5169339 analytics.tw@honeywell.com
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