STAS SERIES SELECTRONIC ALARM ANNUNCIATORS

Transcription

1 STS-90N Revised 07-0 Section ( ) STS SERIES SELECTRONIC LRM NNUNCITORS DESIGN, INSTLLTION ND OPERTING MNUL CLL MURCL TO PLCE YOUR ORDER MurCal P:(66)7-700 F:(66)

2 Certain danger to human safety and to equipment may occur if some equipment is stopped without prewarning. It is recommended that monitored functions be limited to alarm-only or to alarm before shutdown. WRNING EFORE EGINNING INSTLLTION OF THIS MURPHY PRODUCT Disconnect all electrical power to the machine. Make sure the machine cannot operate during installation. Follow all safety warnings of the machine manufacturer. Read and follow instructions.

3 R E GIST ER ED Table of Contents Section I: Introduction Section II: Specifications Section III: Standard Features Section IV: Installation Operation Figures: Figure : Switch wiring for STS series Figure a: STS and ST0S Typical Display and Label Sheet Information Figure : STS Circuit Diagram Figure : ST0S Circuit Diagram Figure : STDS Circuit Diagram Figure : STS-F Mechanical Installation 6 Figure 6: ST0S-F and STDS-F Mechanical Installation 6 Figure 7: Gimbal Mounting Dimensions 7 Figure 9: TDST - and TDST 8-0 Mechanical Installation 7 Figure 0: Diode Package Wiring Diagram 8 Figure : TDST - and TDST 8-0 Wiring Diagram 8 Warranty limited warranty on materials and workmanship is given with this FWMurphy product. copy of the warranty may be viewed or printed by going to CLL MURCL TO PLCE YOUR ORDER MurCal P:(66)7-700 F:(66) sales@murcal.com US ISO 900:000 FM 8 UK ISO 900:000 FM 9 Printed in U.S..

4 Section I: Introduction CUTION: Certain dangers to human safety and to equipment may occur if some equipment is stopped without pre-warning. It is recommended that monitored functions be limited to alarm-only or to alarm before shutdown.. This manual is directed to the design, installation, and operation of alarm systems using the STS family of alarm annunciators and accessories.. The Murphy STS family of alarm annunciators are designed to indicate the cause of an alarm with both an audio and visual signal. The audible portion of the warning has an alarm silence so the operator can turn off the alarm, but leave the flashing warning light on. selectable lockout time delay is provided so that when power is applied the audible alarm does not operate and the circuit does not latch on. This feature gives the monitored variables of an engine time to reach their desired normal levels. The built-in lockout time delay feature may be bypassed by the user, see Section IV: Installation Operation Electrical #, # and #. nother feature is that a momentary alarm contact will register and lock in until the larm Silence/Lamp Test button is operated. Remote Silence feature can be wired for all models, see Figures and Typical Circuit Diagrams(p-). C. The STS model is a five-function alarm annunciator with an larm Silence/Lamp Test button. The ST0S model is a ten-function alarm annunciator with the larm Silence/Lamp Test button. The STDS model consists of two STS s in one package with separate positive power supplies and a common negative. The STDS has a common alarm and larm Silence/Lamp Test button. The STDS is a convenient device for monitoring two separate engines within the same package. The three different types of mounting for the STS, ST0S, and STDS families are listed below. DESIGNTION LM F G MOUNTING Less Mounting Flush mount bezel rotating Gimbal is provided as a mounting device uxiliary devices designed to be used with the STS electronic TTTLETLE family include the TDST - and TDST When two or more STS Selectronic Tattletales are wired together (Example: Pilot house and fly bridge) customer supplied diodes must be installed between each Tattletale to protect the circuitry in each device from the feed back voltage from the other devices.. TDST - Time Delay. single point - second delay. The TDST - is commonly used to delay bilge alarm signals to compensate for roll and pitch of marine vessels.. TDST 8-0 Time Delay. single point 8-0 second delay. Section II: Specifications. STS Family. Power Requirements a. Voltage 8-0 VC, 8-0 VDC b. Current i. Standby 0 m ii. flashing 0 VDC iii. flashing 0 0 VDC. Input Requirements Dry contact switches either normally open or normally closed.. Output Remote larm Relay: customer supplied, same as input voltage, coil not to exceed 00 m.. Temperature Range - F to 8 F (-0 C to 70 C). Enclosure lack S Plastic. TDST - and TDST 8-0 (Only operate with N.O. circuit that close to alarm). Power Requirements a. Voltage 8-0 VDC b. Current i. Operating m ii. Output sink 00 V maximum. Temperature Range - F to 8 F (-0 C to 70 C). Enclosure lack S Plastic Section III: Standard Features. The STS family of alarm annunciators include the following standard features.. MINI-SIREN audio alarm. larm silence function that turns the MINI-SIREN off but leaves the alarm flashing. dditional alarms also sound the MINI-SIREN even if it has been silenced.. udio alarm lockout time delay at start up (power on): to seconds (may be bypassed by the customer, see Section IV below; Electrical #,, ).. The mounting options include less mounting (LM), flush mounting (F), and gimbal mounting (G).. larm relay driver for customer supplied relay ( V maximum, coil not to exceed 00 m). Relay voltage same as input. 6. Lamp Test Function lights larm s while depressed.. The STS has a five-point alarm with generic function labels for each. C. The ST0S has a ten-point alarm with generic function labels for each. D. The STDS has two five-point alarms with generic function labels for each. The STDS has a common connection for the MINI-SIREN, larm Silence/Lamp Test function, and negative for the power supplies. Two remote alarm relay outputs are provided. lthough it uses two separate positive voltage inputs, the negative must be common to each power supply. STS-90N page of 8

5 Section IV: Installation Operation N.C. Switch: open for alarm. FS WIRING N.O. Switch C Sensor is common must go to negative. Figure N.O. Switch: closed for alarm. Sensor is common must go to negative.. Electrical Typical customer switch wiring for the STS family of alarm annunciators at terminals and are shown in Figure. Switch wiring should be run separate from other wires; DO NOT run along with C power wires since voltages, that may be induced into the switch wires, may exceed rating and cause damage to circuits. Specific circuit diagrams for the STS, ST0S, and STDS are listed in Figure below. Figure shows the wiring for a normally closed switch connected to input terminals and. The factory supplied metal link must be removed to use this wiring. When the switch opens the alarm will sound. Figure shows the wiring for a normally open switch connected between terminal and the negative power input. The metal link is connected between and. When the switch closes the alarm circuit turns on. Figure C shows the wiring for a normally open switch which is the same as Figure except two wires are run from the STS Terminal and to the switch. With this closed loop wiring the circuit monitors the wires as well as the switch. If the circuit is opened due to a loose connection or broken wire, the alarm will sound. nytime the normally open switch is closed to the negative side of the power supply the alarm sounds. Figure D shows how to wire a small control transformer to supply C power to the STS family. If an alarm relay is used, the relay coil should be the same voltage as the transformer secondary, but it must be a DC coil. n C coil relay will not work. Wire alarm relay as shown in Figures & (p. ).. The STS circuit diagram is shown in Figure (p. ). This figure shows the STS monitoring one engine. larm system is turned on with a manual ON/OFF switch. n alarm relay is provided to sound a remote alarm bell. Start-up time delay is bypassed with a jumper from # to #.. The ST0S circuit diagram is shown in Figure (p. ). This figure shows the ST0S used to monitor two generator engines and four bilge levels. The common connections of the engine SWICHGGE instruments are wired through a fuel pressure switch so the alarm switches are disconnected while the engine is not running. The four bilge switches are active at all times. The start-up time D.C. OPERTION Volt 00 ma. Transformer. Sensor is common must go to negative. delay is bypassed with a jumper from #6 to #. n alarm relay, if used, is wired to # and #.. The STDS circuit diagram is shown in Figure (p. ). This figure shows the STDS monitoring two main engines. The ON/OFF switches may be either manually operated or could be speed or fuel pressure switches, which would turn on the alarm system when the engine is started. The start-up time delay is used to prevent normal start-up alarms (Start-up time delay is bypassed with a jumper from # to #.) The negative of power supplies must be common. Note: When power is removed or to reset the equipment, wait -0 seconds before applying power again to allow the internal components to stabilize.. Mechanical Specific types of installation for STS, ST0S, and STDS with F and G options are listed below.. The mechanical installation for the STS-F is shown in Figure (p. 6). The mechanical installations for the ST0S-F and ST-DSF are shown in Figure 6 (p. 6). Four screws, 6- x /8 in. (supplied), are used on the flush mount bezel to connect it to a mounting panel or dash.. The mechanical installation for the G option on the STS, ST0S, and STDS is shown in Figure 7 (p. 7). Three holes are provided in the base of the Gimbal for installation.. The mounting of the TDST - and TDST 8-0 is shown in Figure 9 (p. 7). Two #8 screws can be used to attach a TDST to a mounting panel or dash. C. Directions for pplication of Preprinted larm Labels If you have received labels with the unit and you wish to apply these labels in certain designations follow these steps to insure a proper application:. e sure face is clean and free of oil.. Peel one label at a time and position on the ST unit.. efore pressing down, be sure label is correct.. Rub down firmly, and leave untouched for several hours. The pressure sensitive labels are permanent when properly applied. D. uxiliary Installation description of the installation for the TDST - and TDST 8-0 Time Delay, is the following:. TDST - is used when a - second time delay is needed. typical wiring diagram for the TDST - and TDST 8-0, with the STS family, are shown in Figure (p. 8).. TDST 8-0 is used when a 8-0 second time delay is needed. The wiring diagram is the same as the TDST - in Figure. CLL MURCL TO PLCE YOUR ORDER MurCal P:(66)7-700 F:(66) sales@murcal.com STS-90N page of 8

6 - (/) - (/) - (/) - (/) - (/) POWER ON Figure a: STS and ST0S Typical display and label sheet information - (/) - (/) - (/) - (/) - (/) POWER ON arm Silent/ Lamp Test ST0S-F Terminal Designations STS-F Terminal Designations -6 (/) -7 (/) -8 (/) -9 (/) -0 (/) arm Silent/ Lamp Test Label Sheet List The following list of labels is supplied with the unit. Select the needed labels and follow the directions for the application of the labels. ( C. above). Note: These labels are permanent, precut and pressure sensitive. Label sheet list FTERCOOLER TEMPERTURE FTERCOOLER WTER LEVEL IR FILTER IR PRESSURE ERING PRESSURE ERING TEMPERTURE ILGE LEVEL CLUTCH IR PRESSURE DY TNK # DY TNK # DY TNK # DY TNK # ENGINE OIL PRESSURE ENGINE OIL TEMPERTURE ENGINE ROOM TEMPERTURE ENGINE WTER LEVEL ENGINE WTER PRESSURE ENGINE WTER TEMPERTURE EXHUST TEMPERTURE FIRE LRM FUEL FILTER FUEL LEVEL FUEL PRESSURE FUEL RESTRICTION FUEL SEPRTOR WTER LEVEL GER OIL PRESSURE GER OIL TEMPERTURE GENERTOR OIL PRESSURE GENERTOR WTER TEMP. GENERTOR # OIL PRESSURE GENERTOR # WTER TEMP. GENERTOR # WTER LEVEL GENERTOR # OIL PRESS. GENERTOR # WTER TEMP. GENERTOR # WTER LEVEL HYDRULIC LEVEL LOW VOLTGE MNIFOLD OOST MNIFOLD TEMPERTURE OVERSPEED PORT PORT GENERTOR ENGINE PORT MIN ENGINE PORT OIL PRESSURE PORT WTER TEMPERTURE PORT OIL TEMPERTURE PORT WTER LEVEL PORT WTER PRESSURE RW WTER PRESSURE STRORD STRORD GENER. ENGINE STRORD MIN ENGINE STRORD OIL PRESSURE STRORD WTER TEMP. ILGE LEVEL STRORD OIL TEMPERTURE STRORD WTER LEVEL STRORD WTER PRESSURE TRNSMISSION OIL FILTER TRNSMISSION PRESSURE TRNSMISSION TEMPERTURE OIL PRESSURE/LEVEL WTER PRESSURE/LEVEL STS-90N page of 8

7 Figure : STS Typical Circuit Diagram larm Relay Contact larm ell Note attery Fuel Level ON/OFF Switch larm Relay Note 6 Note Note Oil Temp. Oil Temp. Level NOTE : External larm Silence (no Lamp Test). NOTE : Jumper to ground to bypass Lockout Time Delay on Startup. NOTE : Place Reverse ias Diodes across inductive loads. Figure : ST0S Typical Circuit Diagram larm Relay Contact Note larm ell NOTE : External larm Silence (no Lamp Test). NOTE : Jumper to ground to bypass Lockout Time Delay on Startup. NOTE : Place Reverse ias Diodes across inductive loads. attery Fuel Switch Oil Temp. Level Note Note larm Relay Note Fuel Switch Oil Temp. Level ilge Level # 9 ilge Level # ilge Level # 0 ilge Level # GENERTOR NO. GENERTOR NO. STS-90N page of 8

8 Figure : STDS Typical Circuit Diagram Negative of attery Power Supply must be Common * Note ON/OFF Switch 6 Starboard Main Engine Note Note Engine Oil Engine Temperature Gear Oil Gear Oil Temperature attery ON/OFF Switch * Note 6 Note Note Engine Oil Engine Temperature Gear Oil Gear Oil Temperature NOTE : External larm Silence (no Lamp Test). NOTE : Jumper to ground to bypass Lockout Time Delay on Startup. NOTE : Place Reverse ias Diodes across inductive loads. * larm Relay if used Port Main Engine STS-90N page of 8

9 Figure : STS-F Mechanical Installation -/ in. (6 mm) / in. ( mm) diameter holes places -/ in. (6 mm) -/8 in. (7 mm) -/6 in. (6 mm) -/8 in. (79 mm) Figure 6: ST0S-F and STDS-F Mechanical Installation -/6 in. (9 mm) / in. ( mm) diameter holes places -/ in. (6 mm) -/8 in. (7 mm) -/6 in. (6 mm) -/6 in. ( mm) STS-90N page 6 of 8

10 -/6 in. ( mm) Gimbal Mounting allows the unit to rotate. STS-G in. ( mm) in. ( mm) 9/6 in. ( mm) diameter places in. ( mm) STDS-G -/ in. (89 mm) 9/6 in. ( mm) diameter places -7/8 in. (7 mm) Clearance Mounting Holes are located at the bottom of the Gimbal mounting bracket. -/ in. ( mm) ST0S-G -/ in. (89 mm) in. ( mm) 9/6 in. ( mm) diameter places Figure 7: Gimbal Mounting Dimensions -/ in. ( mm) in. ( mm) Figure 9: TDST - and TDST 8-0 Mechanical Installation -/6 in. (7 mm) -/ in. ( mm) -/8 in. ( mm) /6 in. (mm) dia. typical places STS-90N page 7 of 8

11 Figure 0: Customer Supplied Diode Package Wiring Diagram Pilot House STS Unit Input DIODE PCKGE Engine Room STS Unit Input Figure : TDST - and TDST 8-0 Wiring Diagram CUTION: It is suggested that unused wires (noted as No Connection ) be cut off close to the case. This will prevent interference with normal operation. attery - Volt Red lack rown TDST - or TDST 8-0 Yellow Orange Terminal lock Jumper (required) Can be either STS, ST0S or STDS terminal block. No Connection No Connection N.O. SWICHGGE or Dry contacts lue Connect the TDST to the STS terminal(s) monitoring SWICHGGE instrument(s) functions. On the STS and STDS series, the terminals will be through. On the ST0S series, the terminals will be through 0. No Connection Red Yellow attery - Volt lack rown TDST - or TDST 8-0 Orange lue Terminal lock Jumper (not required) Can be either STS, ST0S or STDS terminal block. N.C. SWICHGGE or Dry contacts Connect the TDST to the STS terminal(s) monitoring SWICHGGE instrument(s) functions. On the STS and STDS series, the terminals will be through. On the ST0S series, the terminals will be through 0. STS-90N page 8 of