Decimal Overflow (OF) Exponent Underflow (U) The destination field is too small to contain the result The result characteristic is less than zero in floating-
field in decimal operations. point addition, subtraction, multiplication, or division.
The operation is completed by ignoring the over-The operation is completed by making the result of flow information. The interruption may be masked by the operation a true zero. The interruption may be
psw bit 37. masked by psw bit 38.
The interruption-length code is 3. The instruction-length code is 1 or 2.
NAME MNEMONIC TYPE EXCEPTIONS CODE NAME MNEMONIC TYPE EXCEPTIONS CODE Add Decimal AP SS T,C P,A, D, DF FA Add Normalized Subtract Decimal SP SS T,C P,A, D, DF FB (Long) NADR RRF,C S,U,E,LS 2A
Zero and Add ZAP SS T,C P,A, D, DF F8 Add Normalized
( Long) NAD RXF,C A,S,U,E,LS 6A
Decimal [)ivide (OK) Add Normalized
The quotient exceeds the specified data field. (Short) NAER RRF,C S,U,E,LS 3A
The operation is suppressed.
Add Normalized
( Short) NAE RXF,C A,S,U,E,LS 7A
The instruction-length code is 3.
Divide (Long) NDDR RRF S,U,E,FK 2D
NAME MNEMONIC TYPE EXCEPTIONS CODE Divide (Long) NDD RXF A,S,U,E,FK 6D
Divide Decimal DP SS T P,A,S,D, DK FD Divide (Short) NDER RRF S,U,E,FK 3D
Divide (Short) NDE RXF A,S,U,E,FK 7D
Exponent Overflow (E) Multiply (Long) NMDR RRF S,U,E 2C
The result characteristic exceeds 127 in floating-point
Multiply (Long) NMD RXF A,S,U,E 6C
addition, subtraction, multiplication, or division.
Multiply (Short) NMER RRF S,U,E 3C
Multiply (Short) NME RXF A,S,U,E 7C
The operation is terminated. Subtract Norm-
The instruction-length code is 1 or 2. alizcd (Long) NSDR RRF,C S,U,E,LS 2B
NAME MNEMONIC TYPE EXCEPTIONS CODE Subtract Norm-
Add Normalized
alized (Long) NSD RXF,C A,S,U,E,LS 6B
(Long) NADR RRF,C S,U,E,LS 2A Subtract Norm-
Add Normalized
alized (Short) NSER RRF,C S,U,E,LS 3B
(Long) NAD RXF,C A,S,U,E,LS 6A Subtract Norm-
Add Normalized
alizcd (Short) NSE RXF,C A,S,U,E,LS 7B
( Short) NAER RRF,C S,U,E,LS 3A
Add Normalized Significance (LS)
( Short) NAE RXF,C A,S,U,E,LS 7A
The result of a floating-point addition or subtraction
Add Unnorm- alized (Long) AWR RRF,C S, E,LS 2E
has an all-zero fraction.
Add UnnOIm-The operation is completed. The interruption may
alized (Long) AW RXF,C A,S, E,LS 6E
be masked by psw bit 39. The manner in which the
Add Unnorm-
alized (Short) AUR RRF,C S, E,LS 3E
operation is completed is determined by the mask bit.
Add Unnorm- The instruction-length code is 1 or 2.
alized (Short) AU RXF,C A,S, E,LS 7E
NAME MNEMONIC TYPE EXCEPTIONS CODE Divide (Long) NDDR RRF S,U,E,FK 2D
Add Normalized
Divide (Long) NDD RXF A,S,U,E,FK 6D
( Long) NADR RRF,C S,U,E,LS 2A
Divide (Short) NDER RRF S,U,E,FK 3D
Add Normalized
Divide (Short) NDE RXF A,S,U,E,FK 7D (Long) NAD RXF,C A,S,U,E,LS 6A
Multiply (Long) NMDR RRF S,U,E 2C Add Normalized
Multiply (Long) NMD RXF A,S,U,E 6C (Short) NAER RRF,C S,U,E,LS 3A
Multiply (Short) NMER RRF S,U,E 3C Add Normalized
Multiply (Short) NME RXF A,S,U,E 7C ( Short) NAE RXF,C A,S,U,E,LS 7A Subtract Norm- Add Unnorm-
alized (Long) NSDR RRF,C S,U,E,LS 2B
alizcd (Long) AWR RRF,C S, E,LS 2E Subtract Norm-
Add Unnonn-
alizcd (Long) NSD RXF,C A,S,U,E,LS 6B
alized (Long) AW RXF,C A,S, E,LS 6E Subtract Norm-
Add Unnonn-
alized (Short) NSER RRF,C S,U,E,LS 3B
alizcd (Short) AUR RRF,C S, E,LS 3E Subtract Norm-
Add Unnorm-
alizcd (Short) NSE RXF,C A,S,U,E,LS 7B
alizcd (Short) AU RXF,C A,S, E,LS 7E Subtract U nnorm- Subtract Norm-
alized (Long) SWR RRF,C S, E,LS 2F alizcd (Long) NSDR RRF,C S,U,E,LS 2B Subtract Unnorm- Subtract Norm-
alized (Long) SW RXF,C A,S, E,LS 6F alizcd (Long) NSD RXF,C A,S,U,E,LS 6D Subtract Un norm- Subtract Norm-
alized (Short) SUR RRF,C S, E,LS 3F alizcd (Short) NSER RRF,C S,U,E,LS 3B Subtract Unnorm- Subtract Norm-
alized (Short) SU RXF,C A,S, E,LS 7F aHzcd (Short) NSE RXF,C A,S,U,E,LS 7B
152

NAME MNEMONIC TYPE EXCEPTIONS CODE Subtract Unnorm- alized (Long) SWR RRF,C S, E,LS 2F
Subtract Unnorm- alized (Long) SW RXF,C A,S, E,LS 6F
Subtract Un norm-
alized (Short) SUR RRF,C S, E,LS 3F
Subtract Unnorm- alized (Short) SU RXF,C A,S, E,LS 7F
Floating-Point Divide (FK)
Division by a floating-point number with zero fraction
is attempted.
The operation is suppressed.
The instruction-length code is 1 or 2.
NAME MNEMONIC TYPE EXCEPTIONS Divide (Long) NDDR RRF S,U,E,FK
Divide (Long) NDD RXF A,S,U,E,FK Divide (Short) NDER RRF S,U,E,FK Divide (Short) NDE RXF A,S,U,E,FK Editing CHAR- EXAM- TRlG- RESULT ACTER NAME AND INE GER DIGIT CHAR- CODE PURPOSE DIGIT STATUS STATUS ACTER 00100000 digit select yes s=1 digit
s=o d not 0 digit s=O d=O fill 00100001 significance yes s=1 digit
start s=O d not 0 digit s=O d=O fill 0010 0010 field no fill
separator
other message no s=1 leave
insertion s=O fill NOTES d Source digit CODE 2D
6D
3D
7D
TRIG­
GER SET S trigger (1: minus sign, digits, or pattern used; 0: plus sign, fill used)
digit
fill
leave
other
A source digit replaces the pattern character.
The fill character replaces the pattern character.
The pattern character remains unchanged.
Any other pattern character.
Timer 111111111 23 24 25 26 27 28 29 30 31
System Control Panel
Operator Controls NAME
Emergency Pull Power On Power Off Interrupt
Wait
Manual
System
Test
Load
Load Unit Load Prefix Select>O >0 Multisystem feature
IMPLEMENTATION Pull switeh
Key, backlighted
Key
Key
Light
Light
Light
Light
Light
Three rotary switches
Key
Key switch Intervention Contlrols NAME
System Reset
Stop
Rate
Start
Storage Select
Address
Data Store Display Set IC
Address Compare
Alternate >0 Multisystem feature IMPLEMENTATION Key
Key
Rotary switch
Key
Rotary or key switch
Rotary or key switches
Rotary or key switches
Key
Key
Key
Rotary or key switches
Light
States of Wait and Manual lights SYSTEM MANUAL WAIT CPU I/O LIGHT LIGHT LIGHT STATE STATE off off off Not allowed when power is on
off off on Waiting Not operating
off on off Stopped Not operating
off on on Stopped, Not operating
waiting
on off off Running Undetermined
on off on Waiting Operating
on on off Stopped Operating
on on on Stopped, Operating
waiting
Input/Output ()perations Input / Output Address Assignment ADDRESS 000 xxx x xxx x 001 xxxx xxxx 010 xxxx xxxx 011 xxxx xxxx 100 xxx x xxxx 101 xxxx xxxx 110 xxxx xxxx
III xxxx xxxx ASSIGNMENT Devices on the multiplexor channel
Devices on selector channel 1
Devices on selector channel 2
Devices on selector channel 3
Dcvices on selector channel 4
Devices on selector channel 5
Devices on selector channel 6
Invalid
Address on Multiplexor Channel ADDRESS 00000000 to 0111 1111 1000 xxxx 1001 xxxx 1010 xxxx 1011 xxxx 1100 xxxx 1101 xxxx 1110 xxxx
1111 xxxx Input / Output States I/O Device
Available
Working
Not operational
Interruption pending ASSIGNMENT Devices that do not share a sub channel
Devices on shared subehannel 0 Devices on shared subehannel 1
Devices on shared sub channel 2
Devices on shared sub channel 3
Dcvices on shared subchannel 4
Devices on shared subehanncl 5
Devices on shared subehannel 6
Devices on shared subehannel 7
A None of the following statcs
W Device executing an operation
N Device Bot operational
I Interruption condition pending in device Appendix G 153