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6)  The LS8000 has a ¾” NPT conduit entry.  When wiring these units, conform to the National Electrical 

Code and any other city or company codes. 

7)  Always install the electrical connection into the ¾” NPT on the LS8000 so water will not follow the 

connection routing into the threads of the ¾” NPT

 

hub.  To guarantee that condensation and water will stay 

outside the unit, install an EYSM unilet before each LS8000 and fill with explosion proof sealing cement. 

8)  When required, the LS8000 probe can be bent to meet your special application.  Remember to allow 2” of 

clearance between the probe and the

 

vessel wall.  If the probe is to be used in a pressure application, the 

factory must bend the probe to your specifications. 

9)  Location of probes on high level installations is more critical on dry material than liquids.  Note the 

following: 
a)  For dry materials, mount the LS8000 in the top of the vessel whenever possible.  (This allows you to 

lengthen the probe if necessary.) 

b)  Avoid mounting the LS8000 near the product inlet, vent return lines, dust collectors and vessel 

discharge openings on dry materials.  Turbulence around these areas can cause erratic detection unless 
the probe is long enough.  On old installations it might be wise to fill the vessel first to determine the 
length or location of the probe.  We recommend a 36” top mounted high level probe in storage silos 
and a 24” in smaller vessels such as use bins. 

 

CAUTION:

 

Always take safety precautions before opening vessels for such  

  inspection. 

c)  On gravity filled vessels, take into consideration the angle of repose formed by the product. 
d)  On dry product that flows like water (starch), when using the LS8000 to stop the flow by means of a 

butterfly valve or knifegate, make sure the probe is long enough to allow time to close these slow 
moving valves. 

e)  In small vessels where a good location is hard to find, it may be

 

necessary to put a baffle plate between 

the probe and the product inlet to keep product off of the probe as it fills. 
(A short time delay could also solve this problem.) 

 

C.  Installing the Receiver 

The receiver is a printed circuit board measuring 3” x 4 ½“.  It is mounted in a plastic snap track that is 
provided with each unit. 
The snap track can be mounted in existing control panels or enclosures may be ordered from the factory. 
1)  Attach the snap track to the panel back pan or other surface using 2 small screws or a suitable adhesive. 
2)  Snap the LS8000/R receiver card into the snap track. 
3)  Connect shielded cable to the 3 terminals marked G,S, +. (See page 5 for wiring diagram.) 
4)  Connect the proper supply voltage and relay output wiring for your application.  (See page 4) 
 

NOTE:

  

All wiring must conform to the National Electric Code or other enforcing authorities that 

apply in your area.

 

 

D.  Typical Applications and Wiring Diagrams Follow: 

 
 
 
 
 
 
 
 
 
 
 
 

Summary of Contents for LS8000

Page 1: ...MANUAL I IN NS ST TA AL LL LA AT TI IO ON N C CA AL LI IB BR RA AT TI IO ON N T TR RO OU UB BL LE ES SH HO OO OT TI IN NG G W WA AR RR RA AN NT TY Y TABLE OF CONTENTS Page 1 Description 1 BABBITT INTE...

Page 2: ...tallation 2 A Inspection 2 B Physical Installation of Probe 2 C Installing the Receiver 3 D Typical Applications and Wiring Diagrams 4 1 LS8000 Terminal Layout 4 2 Ladder Diagrams 6 4 Calibration 10 A...

Page 3: ...al Power 115 VAC 15 50 60 Hz 2 watts standard 12 VDC 24 VDC or 230 VAC optional Output 2 Form C contacts DPDT relay 5 amp resistive at 125 250 VAC 30 VDC Fuse On board 250 mA 125 volts Fail Safe Selec...

Page 4: ...with probe attached 2 A transmitter module in the explosion proof enclosure 3 The LS8000 R receiver card 4 A plastic snaptrack to mount the receiver card B PHYSICAL INSTALLATION OF TRANSMITTER MODULE...

Page 5: ...commend a 36 top mounted high level probe in storage silos and a 24 in smaller vessels such as use bins CAUTION Always take safety precautions before opening vessels for such inspection c On gravity f...

Page 6: ...4...

Page 7: ...5...

Page 8: ...6...

Page 9: ...7...

Page 10: ...8...

Page 11: ...9...

Page 12: ...uching the probe The green led indicates relay status and is on when the relay is energized When product comes into contact with the probe the relay is de energized 2 Fail Safe Low FSL means that the...

Page 13: ...o out replace electronics Check shielded cable for proper connection Check shielded cable for shorts or open circuits Unit triggers when material touches probe but will not reset when material recedes...

Page 14: ...ditions or components which have been misused abused damaged by neglect or accident This warranty shall not apply to any components which have been altered or repaired without the prior written consen...

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