[12tmagnet_setup]
cascade = B1:12tmagnet_oxford,sample_stage:12tmagnet_sample_insert,m2s2:normal_m2s2,T1:mercury_01
enabled = False
[3He_setup]
cascade = HE3:he3_both,sample_stage:normal_sample_stage,m2s2:extended_m2s2
enabled = False
[CF1]
cascade = T1:CF1_ls340,sample_stage:normal_sample_stage,m2s2:normal_m2s2
enabled = False
[CF4]
cascade = T1:CF4_ls340,sample_stage:normal_sample_stage,m2s2:normal_m2s2
enabled = False
[CF7]
cascade = T1:ls336_08,T2:ls336_05,sample_stage:normal_sample_stage
enabled = False
[Default]
cascade = sample_stage:normal_sample_stage,m2s2:normal_m2s2
enabled = True
[OC1]
cascade = T1:OC1_ls340,sample_stage:normal_sample_stage,m2s2:normal_m2s2
enabled = False
[B1]
datype = B
enabled = False
id = 1
implementation = none
name = magnet1
optype = magnetic_field
[Function_Generator]
datype = V
enabled = False
id = 1
implementation = none
name = pulser
optype = function_generator
[HE3]
datype = X
enabled = False
id = 1
implementation = none
name = he3
optype = polariser
[I1]
datype = I
enabled = False
id = 1
implementation = none
name = curr1
optype = multimeter
[I2]
datype = I
enabled = False
id = 2
implementation = none
name = curr2
optype = multimeter
[P1]
datype = P
enabled = False
id = 1
implementation = none
name = pressure1
optype = pressure
[T1]
datype = T
enabled = False
id = 1
implementation = none
name = tc1
optype = temperature
[T2]
datype = T
enabled = False
id = 2
implementation = none
name = tc2
optype = temperature
[T3]
datype = T
enabled = False
id = 3
implementation = none
name = tc3
optype = temperature
[T4]
datype = T
enabled = False
id = 4
implementation = none
name = tc4
optype = temperature
[V1]
datype = V
enabled = False
id = 1
implementation = none
name = volts1
optype = multimeter
[V2]
datype = V
enabled = False
id = 2
implementation = none
name = volts2
optype = multimeter
[m2s2]
enabled = Always
implementation = normal_m2s2
name = m2s2
optype = m2s2_axes
[sample_stage]
enabled = Always
implementation = normal_sample_stage
name = sample_stage
optype = motion_axis
[12tmagnet_oxford]
asyncqueue = sct
desc = "12 Tesla Oxford Magnet"
driver = "oxford12tlv"
imptype = magnetic_field
interval = 5
ip = 10.157.205.3
port = 55001

[12tmagnet_sample_insert]
desc = "s1 will be redefined as the magnet sample insert rotation."
imptype = motion_axis

[CF1_ls340]
desc = "cf1: Bottom loading cryofurnace"
driver = "ls340"
imptype = temperature
ip = 10.157.205.43
port = 4001
terminator = \r\n
tol1 = 1.0
tol2 = 1.0

[CF4_ls340]
desc = "cf4: cryofurnace"
driver = "ls340"
imptype = temperature
ip = 137.157.203.137
port = 4001
terminator = \r\n
tol1 = 1.0
tol2 = 1.0

[OC1_ls340]
desc = "cf1: Orange Cryostat"
driver = "ls340"
imptype = temperature
ip = 10.157.205.41
port = 4001
terminator = \r\n
tol1 = 1.0
tol2 = 1.0

[agilent_33220A]
asyncqueue = sct
desc = "Function Generator"
driver = agilent_33220A
imptype = function_generator
ip = 10.157.205.16
name = pulser
port = 5025

[anv_west6100]
asyncprotocol = modbus_ap
desc = "Needle valve West 6100 temperature controller"
dev_id = 1
driver = "west_6100"
imptype = pressure
ip = 10.157.205.56
port = 502
timeout = 2000

[e3200_01]
asyncprotocol = modbus_ap
datype = T
desc = "Eurotherm 3200 (modbus/sct)"
dev_id = 21
driver = "eurotherm_3200"
imptype = temperature
ip = 10.157.205.58
port = 502
tol = 5

[eulerian_cradle]
desc = "Load the Eulerian cradle configuration"
imptype = motion_axis

[extended_m2s2]
desc = "This sets lower speeds and accelerations when the m2 and s2 axes are extended"
imptype = m2s2_axes

[he3_analyser]
desc = "3He Analyser"
driver = "he3_polanal"
has_anal = true
has_pol = false
imptype = polariser
ip = 10.157.205.2
port = 55013
terminator = \r\n

[he3_both]
desc = "3He Pol+Anal"
driver = "he3_polanal"
has_anal = true
has_pol = true
imptype = polariser
ip = 10.157.205.2
port = 55013
terminator = \r\n

[he3_polariser]
desc = "3He Polariser"
driver = "he3_polanal"
has_anal = false
has_pol = true
imptype = polariser
ip = 10.157.205.2
port = 55013
terminator = \r\n

[ls336_01]
asyncqueue = sct
desc = "Lakeshore 336 temperature controller"
driver = "ls336"
imptype = temperature
ip = 10.157.205.28
port = 7777
terminator = \r\n
tol1 = 1.0
tol2 = 1.0

[ls336_02]
asyncqueue = sct
desc = "Lakeshore 336 temperature controller"
driver = "ls336"
imptype = temperature
ip = 10.157.205.29
port = 7777
terminator = \r\n
tol1 = 1.0
tol2 = 1.0

[ls336_04]
asyncqueue = sct
desc = "Lakeshore 336 temperature controller"
driver = "ls336"
imptype = temperature
ip = 10.157.205.30
port = 7777
terminator = \r\n
tol1 = 1.0
tol2 = 1.0

[ls336_05]
asyncqueue = sct
desc = "Lakeshore 336 temperature controller"
driver = "ls336"
imptype = temperature
ip = 10.157.205.54
port = 7777
terminator = \r\n
tol1 = 1.0
tol2 = 1.0

[ls336_06]
asyncqueue = sct
desc = "Lakeshore 336 temperature controller"
driver = "ls336"
imptype = temperature
ip = 10.157.205.61
port = 7777
terminator = \r\n
tol1 = 1.0
tol2 = 1.0

[ls336_08]
asyncqueue = sct
desc = "Lakeshore 336 temperature controller"
driver = "ls336"
imptype = temperature
ip = 10.157.205.55
port = 7777
terminator = \r\n
tol1 = 1.0
tol2 = 1.0

[ls336_11]
desc = "Lakeshore 336 temperature controller"
driver = "ls336"
imptype = temperature
ip = 10.157.205.27
port = 7777
terminator = \r\n
tol1 = 1.0
tol2 = 1.0

[ls336_12]
asyncqueue = sct
desc = "Lakeshore 336 temperature controller"
driver = "ls336"
imptype = temperature
ip = 10.157.205.31
port = 7777
terminator = \r\n
tol1 = 1.0
tol2 = 1.0

[ls340_01]
asyncqueue = sct
desc = "Lakeshore 340 temperature controller"
driver = "ls340"
imptype = temperature
ip = 137.157.201.86
port = 4001
terminator = \r\n
tol1 = 1.0
tol2 = 1.0

[ls340_02]
asyncqueue = sct
desc = "Lakeshore 340 temperature controller"
driver = "ls340"
imptype = temperature
ip = 137.157.201.86
port = 4002
terminator = \r\n
tol1 = 1.0
tol2 = 1.0

[ls340_11]
desc = "Lakeshore 340 temperature controller"
driver = "ls340"
imptype = temperature
ip = 137.157.201.86
port = 4001
terminator = \r\n
tol1 = 1.0
tol2 = 1.0

[ls370_1]
desc = "Lakeshore 370 Resistance Bridge"
driver = "lakeshore_m370"
imptype = temperature
ip = 10.157.205.42
port = 4001
tol = 1.0

[mercury_01]
assoc = 00000124
cards = HHHVLTTP
desc = "Oxford Mercury temperature controller (12T)"
driver = "oxford_mercury"
imptype = temperature
ip = 10.157.205.5
port = 7020
ptol = 5
terminator = \n
ttol = 1.0
vtol = 5
timeout = 2000

[mercury_02]
assoc = 00000124
cards = HHTVTTTP
desc = "Oxford Mercury temperature controller (CF10)"
driver = "oxford_mercury"
imptype = temperature
ip = 10.157.205.46
port = 7020
ptol = 5
terminator = \n
ttol = 1.0
vtol = 5
timeout = 2000

[mercury_03]
assoc = 00000123
cards = HHHNNTTT
desc = "Oxford Mercury temperature controller ()"
driver = "oxford_mercury"
imptype = temperature
ip = 10.157.205.47
port = 7020
ptol = 5
terminator = \n
ttol = 1.0
vtol = 5
timeout = 2000

[normal_m2s2]
desc = "This sets speed and acceleration for the default extension of the m2 and s2 axes"
imptype = m2s2_axes

[normal_sample_stage]
desc = "This is the default sample stage configuration"
imptype = motion_axis

[protek_01]
asyncqueue = sct
desc = "Protek Multimeter"
driver = "protekmm"
imptype = multimeter
ip = 10.157.205.36
port = 4001

[protek_02]
asyncqueue = sct
desc = "Protek Multimeter"
driver = "protekmm"
imptype = multimeter
ip = 10.157.205.37
port = 4001

[vf1_west6100]
asyncprotocol = modbus_ap
desc = "VF1 Blue furnace 6100 temperature controller"
dev_id = 1
driver = "west_6100"
imptype = temperature
ip = 10.157.205.24
port = 502
timeout = 2000

[vf2_west6100]
asyncprotocol = modbus_ap
desc = "VF2 Blue furnace 6100 temperature controller"
dev_id = 1
driver = "west_6100"
imptype = temperature
ip = 10.157.205.25
port = 502
timeout = 2000