| 2-channel relay output terminal 230 v ac, 2 a, potential-free make contacts, no power contacts |
| 2-channel relay output terminal 230 v ac, 2 a, potential-free make contacts,
no power contacts |
| 4-channel relay output terminal 125 v ac/30 v dc, 0.5 a ac/2 a dc, potential-free make contacts |
| 4-channel relay output terminal 125 v ac/30 v dc, 0.5 a ac/2 a dc, potential-free make contacts |
| 2-channel relay output terminal 230 v ac/300 v dc, 1 a, isolated change-over |
| 2-channel relay output terminal 230 v ac/300 v dc, 1 a, isolated change-over |
| 2-channel triac output terminal 12…230 v ac, 0.5 a, 4-wire system |
| 2-channel triac output terminal 12…230 v ac, 0.5 a, 4-wire system |
| 2-channel triac output terminal 12…230 v ac, 1 a with mutually locked outputs |
| 2-channel triac output terminal 12…230 v ac, 1 a with mutually locked outputs |
| 2-channel triac output terminal 12…230 v ac, 0.5 a, no power contacts |
| 2-channel triac output terminal 12…230 v ac, 0.5 a, no power contacts |



特价,一手货源 质量保证 价格优势 德国制造 品质保证 库存充足 全新 倍福全系列 服务提供技术支持
欢迎新老客户朋友询价选购下单部分图片可能与实物不同为图片选择错误所致,欢迎来电来函咨询
联系


igital outputel2624


signal led 4

signal led 2

signal led 3

signal led 1

power contact

power contact

13

14

33

34

23

24

43

44top view contact assembly el2624360° view el2624 | 4-channel relay output terminal 125 v ac/30 v dc
the el2624 output terminal has four relays each of which has a single contact. the relay contact is suitable for use at up to 125 v ac or 30 v dc. the ethercat terminal indicates its signal state by means of light emitting diodes. the el2624 has potential-free contacts. the power contacts are looped through.
| technical data | el2624 | es2624 |
|---|---|
| connection technology | relay output |
| number of outputs | 4 x make contacts |
| nominal voltage | 125 v ac/30 v dc |
| load type | ohmic |
| distributed clocks | – |
| ohmic switching current | 0.5 a ac/2 a dc per channel |
| inductive switching current | no data |
| minimum permitted load | 10 μa at 10 mv dc with intact contact coating |
| current consumption e-bus | typ. 200 ma |
| electrical isolation | 500 v (e-bus/field potential) |
| current consumption power contacts | – |
| bit width in the process image | 4 outputs |
| operating cycles mech. (min.) | 1 x 108 |
| operating cycles electr. (min.) | 2 x 105 (1 a/30 v dc) |
| configuration | no address or configuration setting |
| weight | approx. 50 g |
| operating/storage temperature | 0…+55 °c/-25…+85 °c |
| relative humidity | 95 %, no condensation |
| vibration/shock resistance | conforms to en 60068-2-6/en 60068-2-27 |
| emc immunity/emission | conforms to en 61000-6-2/en 61000-6-4 |
| protect. class/installation pos. | ip 20/variable |
| pluggable wiring | for all esxxxx terminals |
| approvals | ce, ul |
位置环比例 增益
pa.12 pa.13
位置指令脉 冲分频分子 1 位置指令脉 冲分频分母
p1.14 输入脉冲方式 位置指令脉 冲方向取反
pa.15 pa.16 pa.17 pa.18 pa.19
④在不产生振荡的情况下,值 越大越好 ① 设定位置环比例增益 ② 值越小越平稳,但刚性越差 ③ 值越大,位置控制定位越 快,跟随计数偏差越小,刚 性越强,但易振荡或超调 ④ 在不产生振荡和超调的情况 下,值越大越好 ① 电机每转脉冲数= 10000x 分频分母/分频分子 ② 电子齿轮 g=分子/分母 1/30000<g<30000 0:pulse+sign 脉冲加方向 1:cw+ccw 正、反转控制 2:a+b 90°正交脉冲 p2.14 不起作用 0:不取反 1:方向取反