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Instruction Manual for SIEMENS models including: TT 184 Temperature Transmitter, TT 184, Temperature Transmitter, Transmitter
TT 184 Temperature Transmitter Installation Instructions - Installation Instructions - 180-896 - 182-685 - 184-0001 - 184-0002 - 184-0003 - 184-0004 - 184-0005 - 184-0006 - 184-0014 - 184-0018 - 184-0028 - 184-0034 - 184-0036 - 184-0048 - 184-0340
Siemens 184-0340 Temperature Transmitter, Room, Da, 50-100 Deg F, 1-pipe, Bimetal Thermal System | Blackhawk Supply
Temperature Transmitters – Blackhawk Supply
File Info : application/pdf, 4 Pages, 208.68KB
DocumentDocumentInstallation Instructions Document No. 129-131 March 16, 2022 TT 184 Temperature Transmitter Product Description The TT 184 Temperature Transmitter senses temperature and transmits a proportional pneumatic signal to a remotely located receiver gauge and/or receiver-controller. Product Numbers Table 1. Model Range °F (°C) (3 -15 psig) (21 -103 kPa) Rigid Bulb Transmitter 1/4-inch × 9-inch (6.4 mm × 229 mm) Bulb Remote Bulb Transmitter 3/32-inch × 20 feet (2.4 mm × 6.1 m) Averaging Bulb 12-inch (0.305 m) Capillary Remote Bulb Transmitter 1/4-inch × 4-inch (6.4 mm × 102 mm) Bulb, 3-foot (0.92 m) Capillary Remote Bulb Transmitter 1/4-inch × 4-inch (6.4 mm × 102 mm) Bulb, 3 ft. (0.92 m) Armored Capillary Room Transmitter (with 180-443A Wall Plate and 192-256 Cover) 35 to 135°F (1.7 to 57.2°C) 50 to 100° F (10 to 37.8°C) 80 to 240°F (27 to 116°C) 0 to 100°F (-18 to 37.8°C) 35 to 135°F (1.7 to 57.2°C) 0 to 100°F (-18 to 37.8°C) -40 to 120°F (-40 to 48.9°C) 50 to 100°F (10 to 37.8°C) 80 to 240°F (27 to 116°C) 0 to 100°F (-18 to 37.9°C) 35 to 135° (1.7 to 57.2°C) -40 to 120° (-40 to 48.9°C) 50 to 100°F (10 to 37.8°C) Product Number 184-0001 184-0002 184-0003 184-0028 184-0004 184-0048 184-0005 184-0018 184-0014 184-0036 184-0034 184-0006 184-0340 Item Number 129-131+2, Rev. CA Table 2. Accessories. Description Model Product Number Well mounting bracket kit Copper well Stainless steel well Outdoor bulb shield Spring clip mtg. kit Tubing kit Remote Bulb 184-105 Remote Bulb 184-119 Remote Bulb 184-118 Remote Bulb 929-043 Room Transmitter 182-685 Room Transmitter 180-896 Troubleshooting Table 3. Troubleshooting Chart. Complaint Check Probable Cause Corrective Action Restrictor Plugged restrictors Wrong size restrictor Clean and replace if clogged Replace restrictor Receiver gauge Low temperature indication temperature indication vs. temperature Receiver gauge out of calibration at sensing element Adjust receiver gauge Fittings and tubing Leak in transmitter line As necessary Filters Dirty Filter Replace filter Supply pressure Low supply pressure As necessary Receiver gauge temperature indication vs. temperature Receiver gauge out of calibration Adjust receiver gauge at sensing element More than one restrictor used. High temperature indication Both internal (in receivercontroller) restrictor and Remove all but one restricted air supply external Restrictor restrictor used installed Defective gasket on receiver- Replace restrictor controller restrictor Wrong size restrictor Replace restrictor Page 1 of 4 Document No. 129-131 Installation Instructions March 16, 2022 Installation · Temperature Transmitters may be mounted in any position on a vertical surface. · Installation may be made inside or outside of ducts and near fans, compressors, ducts, and air conditioning equipment. Transmitters, generally, are not affected by light vibration. Room transmitters The TT 184 Room Temperature Transmitter can be mounted to existing rough-in devices or to the wall, using various tubing terminal kits. See TB 145 (Product Number 155-210P25) for all the mounting options. Typical installation procedures for a finished drywall, plywood, paneling, or other type of sheathing material are as follows (Figure 1): 1. Place the template provided with the wall plate on the wall at the desired location. 2. Drill two 5/32-inch diameter holes for #6 wall plate mounting screws. 3. Use a 1-1/4-inch diameter hole saw to drill an access hole in the drywall where indicated on the template. 4. Insert the clips from the Spring Clip Mounting Kit 182-685 with the long leg going through the 1-1/4-inch access hole and resting flat against the back surface of the drywall. Align the screw holes in the clips with the holes on the wall. 5. Fish the air lines through the 1-1/4-inch access hole. Using tubing kit 180-896, or any tubing kit suitable for finished wall installation, connect 5/32-inch tubing to the bottom port on the back of the wall plate and secure the connection using tube retainers. 6. Install the wall plate on the wall using mounting screws furnished with the transmitter. The wall plate has slotted holes to allow leveling of the wall plate. 7. Carefully plug the transmitter into the wall plate. NOTE:To facilitate plugging the transmitter into the O-rings in the wall plate, wet or moisten the supply and return ports. This wetting or moistening will lubricate and allow the unit to slip through the O-rings more easily. 8. Secure the transmitter to the wall plate using the two captive screws. 9. Place the cover over the transmitter and fasten it with the two cover screws. Figure 1. Room Transmitter Mounting in a Finished Wall Using the Spring Clip Mounting Kit. Page 2 of 4 Siemens Industry, Inc. Installation, Continued Rigid bulb Figure 2 shows mounting the Rigid Bulb Transmitter. The transmitter is secured to the flange by a set screw. Document No. 129-131 Installation Instructions March 16, 2022 Remote averaging bulb Figure 4 shows two methods for mounting the Remote Averaging Bulb. Figure 2. Rigid Bulb Mounting. When installing rigid bulb temperature transmitters on insulated ducts, the insulation must not cover any portion of the bulb (See Figure 3). Incorrect installation of the rigid bulb can create a 16% of span error (for example, 8°F error using the 50 to 100°F transmitter). NOTE: If it is not possible to properly install a rigid bulb transmitter, then you must use a remote bulb transmitter. Figure 4. Mounting the Averaging Bulb in Large Ducts. 1. Uncoil the averaging bulb carefully. Avoid sharp bends or kinks in the sensing element. 2. Attach the bulb to the strap hangers with wire ties as shown in Figure 4 or with plastic tie wraps. Remote bulb Figure 5 shows mounting the Remote Bulb transmitter. Secure the transmitter to the flange by tightening the set screw. Figure 3. Installation on Insulated Ducts. Siemens Industry, Inc. Figure 5. Remote Bulb Mounting. Figure 6 shows the well mounting of the remote bulb transmitter. The set screw on the well secures the well to the mounting plate. Page 3 of 4 Document No. 129-131 Installation Instructions March 16, 2022 Installation, Continued Figure 6. Remote Bulb Mounting in a Well. Calibration This transmitter is factory calibrated. The transmitter should not be calibrated in the field. The only way to determine if the temperature transmitter is out of calibration (either span adjust or zero adjust) is with an accurate two-temperature bath and an accurate pressure gauge. Span adjustment or zero adjustment cannot be made in the field because of the equipment and time required. Because of variations in lengths of pneumatic tubing, airflow through restrictors, ambient temperatures, and so on, there will be small errors between actual temperature at sensing element and gauge indication. For minor improvements in accuracy, adjust the pointer on the receiver gauge to agree with the temperature at the sensing element. Additional suggestions are given in the Table 3 Troubleshooting Chart. Preventive Maintenance The temperature transmitter does not require lubrication. Periodically clean dust from the transmitter body using a soft hairbrush. Check yearly to ensure that temperature at sensing element agrees with temperature at gauge. Figure 8. Typical Connections. References Figure 7. Outdoor Bulb Shield. Technical Instructions TT 184-1 Technical Bulletin TB 145 155-077P25 155-210P25 Information in this publication is based on current specifications. The company reserves the right to make changes in specifications and models as design improvements are introduced. © 2009-2022 Siemens Industry, Inc. Siemens Industry, Inc. Smart Infrastructure 1000 Deerfield Parkway Buffalo Grove, IL 60089-4513 USA Tel. +1 847-215-1000 Your feedback is important to us. If you have comments about this document, please send them to sbt_technical.editor.us.sbt@siemens.com Document No. 129-131 Printed in the USA Page 4 of 4