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MSC..-1S..E 

Supplement: MINI-SCREEN Models with Selectable Trip/Latch Output

2     

P/N 68980

 

Banner Engineering Corp. • Minneapolis, MN U.S.A.

www.bannerengineering.com  •  Tel: 763.544.3164

In this document, section numbers or figure numbers are followed by the word 

replacement

 

or 

addition

. If a section is labeled a replacement, the information contained in that section 

should replace the corresponding information within the primary manual (that section in the 

primary manual should be ignored). If the section is labeled an addition, the material in the 

primary manual is still valid and must be followed, in addition to the material contained in this 

supplement.  
The MSC..-1S2E and -1S3E control boxes have a “Trip/Latch Output Select” feature, instead 

of the Auto Power-up feature on the models described in the primary manual. Any reference 

to “Auto Power-up” in the primary instruction manual should now become “Trip Output” or be 

replaced as follows:
  “Auto Power-up is ON” becomes “Trip Output has been selected,” or 

  “Auto Power-up is OFF” becomes “Latch Output has been selected.”

Section 2. Addition

2. Overview of MINI-SCREEN System Operation

Remove reference to “Auto power-up (Section 2.2)” in the second bullet, and replace with 

“Trip/Latch Output Select (Section 2.2(s)).”

Section 2.2 Replacement

2.2(s) Trip/Latch Output Select

The MSC..-1S..E control box can be configured for either Trip Output (automatic reset) or 

Latch Output (monitored manual reset) via a pair of DIP switches located on the controller 

module inside the control box. See Figure 18 in the primary instruction manual and Section 

3.4(s) in this supplement.

Trip Output

Upon power-up, when the control box is configured for Trip Output, the FSD and SSD outputs 

will automatically close once power is applied, the self-test is accomplished, and the defined 

area is clear. If the defined area is blocked at power-up, only the SSD closes. The FSD 

Outputs will close once the interruption of the defined area is removed (a Green condition). In 

either case, no external input or reset is required.
Trip Output is typically used only in situations where the individual is continually sensed by 

the defined area or in situations where supplemental safeguards prevent the initiation of 

hazardous motion while an individual is within the safeguarded space. See Section 3.2.1.1(s) 

Pass-Through Hazards. 
When Trip Output is selected, recovering from a lockout condition will still require a manual 

reset to be performed.

Latch Output

Upon power-up, when the control box is configured for Latch Output, the SSD output will 

automatically close once power is applied and the self-test is accomplished. 
For the FSD Outputs to close, the defined area must be clear of interruptions (a Green 

condition) and a monitored manual reset must be accomplished (e.g., a key reset). To perform 

a monitored manual reset, close the “Key 1 / Key 2” input for approximately ½ second, and 

then re-open the input. The FSD outputs will close once the open-closed-open action occurs. 

WARNING . . . 

Initiation of 

Dangerous Motion

Application of the MINI-SCREEN System 
must not initiate dangerous machine motion. 
Machine control circuitry must be designed 
so that one or more initiation devices be 
engaged to start the machine, after the 
MINI-SCREEN is placed into Run mode (i.e., 
closes its FSD outputs). 

Summary of Contents for MSC 1S Series

Page 1: ...o include Trip Latch output select switches and the addition of a one channel External Device Monitoring EDM input The primary instruction manual for these control boxes is Banner p n 39022 The inform...

Page 2: ...nstruction manual and Section 3 4 s in this supplement Trip Output Upon power up when the control box is configured for Trip Output the FSD and SSD outputs will automatically close once power is appli...

Page 3: ...ust be jumpered if EDM is not used If the MINI SCREEN is set for No Monitoring the user must ensure that any single failure of the external devices will not result in a hazardous condition and will pr...

Page 4: ...ust be eliminated or reduced to acceptable levels as determined by the user by employing supplemental safeguarding One solution is to combine perimeter guarding with area guarding so that an individua...

Page 5: ...internal lockout condition See Sections 2 2 s 2 10 s and 3 2 1 1 s for Warnings and further information Section 3 5 2 Replacement 3 5 2 s External Device Monitoring and System Power Temporary Connecti...

Page 6: ...ght NOTE See Sections 2 10 s and 3 2 1 1 s on the installation of the Key Reset switch Figure 23 Replacement Figure 23a s Generic Machine Interface MINI SCREEN MSC 1S2E Systems with the MSA RM 1 relay...

Page 7: ...Circuit See Sections 2 10 s and 3 2 1 1 s on the installation of the Key Reset switch Figure 23 Replacement Figure 23b s Generic MaAchine Interface MINI SCREEN MSC 1T3E Systems with the MSA RM 2 relay...

Page 8: ...eplacement 3 5 6 s Auxiliary Relay Output The MSC 1S E controller has an Auxiliary Monitor Relay output See Figure 5 in the primary manual for operating status condition and output status The action o...

Page 9: ...ossible to reset the MINI SCREEN in this condition If the measurement is approximately 0V dc there is likely a closed circuit The problem is likely a slow or sticky MPCE causing the EDM input to close...

Page 10: ...ent Status LEDs Diagnostic Indicator LEDs Controller Module Assembly Red Intermittently flashing 4 red LED indicates presence of optical or electrical noise Green LED indicator is always ON except whe...

Page 11: ...e contacts of the monitored device must be capable of switching 15 to 50V dc at 20 to 100 mA Output Configuration FSD1 FSD2 and SSD Replaces Output Configuration category Relays have forced guided con...

Page 12: ...Banner Engineering Corp warrants its products to be free from defects for one year Banner Engineering Corp will repair or replace free of charge any product of its manufacture found to be defective a...

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