construction | 824.P ... | 824.E ... | 824.X ... | 824.D ... | ||||||||
limit switch N | 824 | . | - | 1 | ||||||||
standard design | 2-wire technology according to DIN 19234 (NAMUR), for downstream switching amplifier | - | ||||||||||
2 proximity switches | type SJ 3,5 N | - | ||||||||||
function | normally closed (NC) | - | ||||||||||
differential gap | ≤ 1 % | - | ||||||||||
electric control circuit | see downstream switching amplifier | - | ||||||||||
explosion protection zone 1+2 (gas) | - | II 2 G EEx ia II CT6 ⁴) | - | |||||||||
type examination- certificate | - | PTB 99 ATEX 2219 X | - | |||||||||
according to EMV | EN 60947-5-2 and DIN 19234 | - | ||||||||||
electric connection | figure 5 | figure 5 | figure 5 | - | ||||||||
limit switch SN | 824 | . | - | 2 | ||||||||
safety technology | 2-wire technology according to DIN 19234 (NAMUR) for on-site switching amplifier in safety technology | - | ||||||||||
2 proximity switches | type SJ 3,5 SN | - | ||||||||||
function | normally closed (NC) | - | ||||||||||
differential gap | ≤ 1 % | - | ||||||||||
electric control circuit | see downstream switching amplifier | - | ||||||||||
explosion protection zone 1+2 (gas) | - | II 2 G EEx ia II CT6 ⁴) | - | |||||||||
type examination- certificate | - | PTB 00 ATEX 2049 X | - | |||||||||
according to EMV | EN 60947-5-2 and DIN 19234 | - | ||||||||||
electric connection | figure 5 | figure 5 | figure 5 | - | ||||||||
limit switch E2 | 824 | . | - | 3 | ||||||||
direct switch | 3-wire technology with integrated switching amplifier for direct switching | - | ||||||||||
2 proximity switches | type SB 3,5 E2 | - | ||||||||||
function | normally open (NO) | - | ||||||||||
differential gap | ≤ 1 % | - | ||||||||||
operation voltage | 10...30 V DC | - | ||||||||||
admissible load current | 100 mA | - | ||||||||||
electric connection | figure 6 | figure 6 | - | |||||||||
⁴) only in conjunction with corresponding Ex-switching amplifier |